A Study of Tensile Degradation of Bioresorbable Materials Used for ...

Degradation of Bioresorbable Tensile Bars 

A Study of Tensile Degradation of Bioresorbable Materials 

Used for Internal Fixation of Bones 

Kayla Manzi 

STREAM A 

Ms. Padmanabhan 

December 16, 2009


Table of Contents 

Abstract 2 

Introduction 3 

Literature Review 5 

Research Plan 15 

Methodology 17 

Results/ Data Analysis/ Discussion 19 

Conclusions 23 

Limitations and Assumptions 25 

Applications and Future Experiments 27 

Literature Cited 28 

Appendices 29 

Acknowledgements 119 

1


Abstract 

Dog bone bioresorbable tensile bars of a poly l-lactide compound were tested for strength 

using an Instron 5544 tensile tester. The poly l-lactide compound has been shown to be one of 

the strongest bioresorbable materials used in bone fixation. Several tensile bars were placed in 

H 2 O to evaluate how the strength of the bars degrades over time. It was hypothesized that as the 

length of time the bioresorbables were exposed to the liquid increased, the strength of each 

tensile bar decreased. An extension test was used on each tensile bar to determine the strength, 

and extension was recorded at the time of maximum force for each bar. Tensile strength of each 

bar was calculated by dividing the maximum load force by the cross-sectional area. The tensile 

strength of each bar did not decrease over time exposed to water; however, the length of time the 

tensile bar fatigued before failure decreased drastically. This data can be used in determining 

whether bioresorbable tensile bars are a sufficient replacement for titanium fixation systems. 

Because the strength of bioresorbables does not decrease significantly, they are appropriate for 

bone fixation. 

2


Introduction 

Bioresorbable materials have been in use as medical applications for the past twenty 

years; however, they are used sparingly because these polymers are much more expensive than 

the more common material, titanium. Bioresorbable polymers comprise several varieties of 

compounds, including the PLA/PGA mixture. This specific compound has been shown to always 

unite bones by the end of the healing period. Most surgeries that use a bioresorbable fixation 

system have few complications and high success rates (British Association of Oral and 

Maxillofacial Surgeons, 2000, p. 4). One study on mandibular fractures in humans showed that 

the complication rate of using resorbable fixation was approximately 22.5 %. The average 

complication rate when using titanium fixation varies from 13.7% to a high 43% (Ferretti, 2008, 

p. 242). These statistics present the evidence that bioresorbable polymers can be used as a secure 

replacement to titanium fixation. 

Research has been focused on the improvement of bioresorbable polymers over the past 

four decades. Even though they have been researched for over forty years, the absorbable 

materials have only been in use by the public for approximately twenty years. These materials 

are still rarely used because they are much more expensive than their alternative fixation device, 

titanium. PLA/PGA co-polymers are desirable in areas of the body that are non-weightbearing 

and suffer little stress, such as the face. Maxillofacial implants are one of the most common uses 

of bioresorbable fixation. This is beneficial because the implants will dissolve after the facial 

fracture is healed, avoiding a subsequent surgery on the face to remove the fixation device 

(Bayram et al., 2009, p. 67). 

There are numerous applications of the bioresorbable polymers in addition to 

maxillofacial implants. The polymers were tested on non-weightbearing facial implants first 

because of the uncertainty that they would be able to withstand the stress of weightbearing body 

parts. The continuous research on biomaterials has led to numerous improvements on the 

qualities of bioresorbable polymers such as easier handling techniques, slower degradation 

processes, and stronger structural design. This allows the biomaterials to be used in more 

demanding applications (Eppley, 1997, p. 945). 

3


Literature Review 

Benefits and Uses of Titanium 

The practice of internal fixation comprises numerous devices such as resorbable fixation 

systems, sutures, and titanium fixation rods. Titanium is the most commonly used metal in 

medical applications. It is the metal of choice across the world and is known for its strength and 

flexibility. It is the most biocompatible material by far compared to all other metals that have 

been used for medical purposes. In the 1940s, titanium was being used for the first time in 

dentistry. Only one decade later, titanium found its way into the surgical field. Now it is the most 

widely accepted metal by medical professionals. Titanium can be used for prosthetics, internal 

fixation systems, and surgical instruments (International Titanium Association, 1999, p. 1). 

Several qualities put titanium at the top of the list for medical applications. For example, 

titanium is completely unaffected by bodily fluids, and it can resist the body environment under 

all conditions, including stress and fatigue. When exposed to any amount of oxygen, a naturally 

formed protective oxide layer develops around the titanium. Reaction to tissue in the body is 

prevented by this film that adheres to the titanium and resists alteration due to chemical changes. 

Moreover, titanium binds itself to bones, making it very difficult to break the bond between 

them. This quality makes titanium preferable to other materials that require an additional 

adhesive. Titanium also has the highest strength to weight ratio of any other metal that is 

tolerated by the human body. The density of titanium is very similar to the density of bone which 

makes it a natural choice for bone fixation. Titanium is also only 56% as dense as stainless steel, 

making it much lighter in weight than other strong metals. Even though titanium is less dense 

than other metals, its strength is not compromised. It is approximately 25% stronger than 

stainless steel. Bone growth is not an issue when titanium is used because it is flexible enough 

that it will accommodate the growth of the bones it adheres to. Furthermore, the thermal 

expansion of titanium is comparable to that of human bone. Because it is not magnetic, titanium 

is not affected by outside interference. Titanium is clearly the metal of choice to be used in 

human surgeries (International Titanium Association, 1999, p. 2). 

Because titanium is easily worked, reshaped, and combined to form different alloys, it is 

used in several diverse medical applications. The most common use of titanium today is in hip 

replacements. Of all the knee replacements performed each day, nearly half use titanium. Spinal 

fixation is also one of the frequent uses for titanium. To support broken bones, reconstructive 

titanium bone plates are used. These are only a few of the countless applications in which 

titanium is employed (International Titanium Association, 1999, p. 2). 

Negative Effects of Titanium 

Despite the benefits and characteristics of titanium that make it the number one choice of 

metals to be used in medical applications, it also has some downfalls. For example, once a 

titanium plate or other form of titanium has been put into the body, the piece of titanium resides 

in the body for the rest of the patient’s life. The titanium will stay in the body long after the 

problem it was designed to fix has healed. If the patient wants the titanium removed, he or she 

must undergo a second surgery that will remove the titanium. Titanium is a natural adhesive that 

forms a strong bond at the area of bone attachment. This also makes it very difficult to remove 

from the system. Even though it is not harmful to leave the titanium in the human body, it is not 

necessary for it to be present once the bone fracture is healed; however, it is unfortunate for a 

patient to endure another surgery to remove the internal fixation device. 

4


Titanium fixation also presents the inconvenience of limited mobility. As noted above, 

titanium can be used in spinal fixation. The spine needs to be an extremely mobile part of the 

human body both rotating and bending forward and backwards. Although titanium is flexible 

enough to allow bones to grow, it cannot bend in the way a human back bends. This causes 

limited mobility when titanium is used in the spinal cord fixation. Mobility is a crucial issue 

when used in the neck. For example, if disks of vertebrae in the neck are replaced with titanium 

because of a rupture, the neck will have a severely diminished range of motion. The patient will 

not be able to rotate with the same mobility as prior to the rupture. Titanium is the most 

biocompatible material with the body in terms of medical applications; however, it has numerous 

downfalls and inconveniences that make the medical world wonder if there is a better device for 

internal fixation. 

Chemical Makeup of Bioresorbable Polymers 

There are numerous compounds of bioresorbable polymers used in medical applications. 

Each polymer has a base. Most commonly, the polymers are either poly lactic acid (PLA) based 

or milk based. The resorbable materials are compounded with other materials. The poly 

lactic/poly glycolic acid (PLA/PGA) compound is the one most commonly used in implants or 

fixation. This PLA/PGA combination can be used when the implant is needed in vitro short term. 

Because it is necessary that the bioresorbable polymers are stable enough to maintain their form, 

a low concentration of glycolic acid must be present. Glycolic acid is a liquefying chemical that 

when present in a high concentration could cause the tensile bar to be unable to maintain its 

shape. Even though there are multiple variations of the lactide to glycolide ratio, the most 

widespread is the 90% lactide and 10% glycolide adaptation. The polymer is easiest to handle in 

this combination because it does not illustrate the soft, gooey attribute of a high concentration of 

glycolide (Bibber, 2009, p. 1). 

With the characteristic of degrading in the presence of heat and moisture, it is difficult to 

store biomaterials in an environment where they will not suffer premature degradation. Even the 

slightest change in moisture intake or temperature can cause a bioresorbable pellet to begin to 

break down as if it were in the body doing its job. Because of this complexity, bioresorbables are 

stored in nitrogen sealed packets to prevent disbanding of the polymers (Bibber, 2009, p. 1). As 

shown below in Table1, each compound of biodegradable polymers has different physical 

characteristics. 

5


Table 1. Mechanical properties of common degradable polymers (adapted from Barden, 2009, slide 12). 

6


Breakdown of Bioresorbable Polymers 

The breakdown of bioresorbable polymers is a complex process that takes place in the 

body subsequent to the healing of the bone fracture. The resorbable materials dissolve in the 

body at the same rate that the surrounding tissue regenerates. When the biomaterial is completely 

dissolved, the space it occupied will be filled with the new tissue (Barden, 2009, slide 19). The 

PLA/PGA compounds break down into carbon dioxide and water components. These 

components have no ill effects on the body because they are found in nature and used by the 

body daily. There are three different terms used to classify the breaking down of biomaterials. 

Biodegradation is a term used to describe how an enzyme, cell, or microbe in the body breaks 

down the polymer. The actual amount and speed of the components that make up the polymer 

being absorbed is referred to as bioresorption. The physical and chemical properties of the 

degradation of the polymer are defined as bioerosion (Barden, 2009, slide 25). The effects of 

bioerosion will be studied in this experiment. 

Bioerosion can cause multiple reactions in the bioresorbable polymers. For example, the 

polymer might suffer a change in physical appearance or chemical properties. The weight of a 

polymer could decrease causing the material to lose its ability to function for its original purpose. 

If the polymer suffers from deformation as a result of the bioerosion, the entire shape of the 

biomaterial may be changed. This would force the biomaterial to be unable to function well in its 

previous location. Inflation or deflation of the bioabsorbable material could also be a physical 

change that occurs during bioerosion. Christopher Barden, a project engineer at MicroPEP, 

reported that the dissolving of the polymer is the most well-known effect of bioerosion because 

that is what biomaterials are meant to do (personal communication). 

Hydrolysis is the typical method by which the breakdown of polymers occurs. The bond 

between most PLA/PGA compounds is an ester bond. When an ester bond is broken by 

hydrolysis, acid and alcohol are formed. Hydrolysis occurs when the polymers or molecules 

react with water. The water enters the polymer or molecules and breaks it down from the inside 

causing hydrolic degradation (Barden, 2009, slide 15). Figure 1 shows the breakdown of an ester 

bond by hydrolysis. 

Figure 1. Breakdown of an ester bond by the process of hydrolysis. In the presence of 

water, certain molecules are broken down by hydrolysis. This process results in the 

formation of an acid and an alcohol when applied to an ester bond. The opposite process 

that occurs in reaction to hydrolysis is condensation (Barden, 2009, slide 15). 

Processing Bioresorbable Materials 

As with all materials used in medical applications, biodegradable materials must be tested 

for their ability to be processed in order to make it easier for manufacturers and surgeons to 

handle the products. The characterization of a polymer in regards to its weight, stability, and 

ability to be processed can be determined using an IV (Intrinsic Viscosity) test. Viscosity refers 

to the thickness and tackiness of the solution surrounding the polymer. The IV test measures a 

7


polymers capability to increase the viscosity of the solution it resides in. During the testing 

process of the durability of the polymer, the viscosity is established at various concentrations of 

solution. By performing the IV test at various concentrations, the viscosity at a concentration of 

zero units of solution surrounding the polymer can be determined. The IV test must also be 

conducted at numerous stages throughout the molding process of the polymers. This ensures that 

the viscosity level will be correct for the application and location in the body that each specific 

polymer mold will be used for. If the biomaterial is processed incorrectly with the wrong IV, the 

polymer could prematurely degrade in the body causing a failed bone union. Processing the 

materials correctly without exposing them to heat and moisture is important in the success of the 

application (Bibber, 2009, p. 1). 

Because of the several complexities when handling biomaterials, the handling process is 

the area most susceptible to error. The polymers are extremely sensitive to heat and moisture and 

must be stored in the correct environment which is typically a freezer. The temperature must be 

exact, and the biomaterials must always be kept in their nitrogen sealed containers. Extremely 

small machines must be used to process the biomaterials because even minute amount of offtemperature 

air could cause premature degradation. Furthermore, the venting system of the 

molds for polymers must never become clogged because backed up vents will also dissolve the 

materials prematurely. The processing of bioresorbable materials involves potential problems 

due to the numerous minute details in handling techniques (Bibber, 2009, p. 2). 

Uses of Bioresorbables 

Bioresorbable materials are useful in several medical applications. These polymers can be 

molded in a variety of shapes depending on how they will be used in the body. For example, 

specific molds of biomaterials can be tensile screws, plates, or mesh. Bioresorbables are best 

suited for applications in which they are only needed in vitro for a short period of time (Bibber, 

2009, p. 1). Most facial implants for aesthetic reasons use resorbable materials because they will 

not stay in the patient’s face forever. Bioresorbables are also used as bone screws when they 

bone in question does not have a long healing process. Once bones are healed using titanium 

screws, bioresorbable polymers can replace the titanium screws. After the bone no longer needs 

the stability of the tensile bar, it will be replaced with biomaterials that will dissolve into the 

body. Another use for biomaterials is a method of drug release. If the biomaterial has antibiotic 

medicine inside it, the medicine will be time released directly into the area of the body that needs 

it as the polymer is dissolving (Barden, 2009, slide 29). On a smaller scale, resorbable materials 

can be used as sutures. To patients these are known as dissolvable stitches. Bioresorbables can be 

used for many applications and as technology and research increases, more uses will be found. 

Bioresorbable Fixation Plates as an Alternative to Titanium in Mandibular Fractures 

Several recent studies of bioresorbable fixation have focused on biomaterials used in the 

fixation of human mandibular fractures. A study executed by Krach, Wagner, Yerit, 

Rothlisberger, and MCiller concentrated on whether bioresorbable fixation plates would be a 

successful alternative to titanium in human mandibular fractures (Krach et al., 2008, p. 59). The 

necessary data was collected using CT information. Characteristics were attributed to the 

materials using actual bone density values of the human mandible. Muscular forces during 

biting, such as direction, location, and height, were used to determine loading conditions of the 

mandible. There are four common fracture planes in the mandible: a median, paramedian, angle, 

and column. All four of these planes were considered during the study. The fractures were first 

analyzed assuming titanium fixation plates were used. This data showed that the plates will 

8


suffer higher stress in median and paramedian fractures then in column or angle fractures. A 

prediction was made that insisted contact between the mandible and the fixation plate is 

necessary for successful function of the surgery. Results of the experiment using bioresorbable 

plates showed that the biomaterials can be used in certain circumstances of mandibular fractures. 

Median and paramedian fractures are best treated using two fixation plates, while angle fractures 

should be treated with one if contact with the lower portion of the bone is certain. One plate must 

also be used in a column fracture, and the plates must be approximately 2.0 or 2.5 mm in 

thickness. Bioresorbable fixation plates can be used in mandibular fractures in circumstances 

where a perfect alignment of repositioning is a guaranteed result. However, these plates are not 

successful when used in a mandibular column fracture (Krach et al., 2008, p. 67). 

PLA/PGA Plates and Screws for Internal Fixation of Mandibular Fractures 

Progress in the areas of biomaterials testing has produced a surge in using the 

biomaterials as fixation devices in fractures of the mandible. This study by Ferretti tested 

PLA/PGA compounds as plates and screws in the fixation of mandibular fractures in 31 patients. 

Follow up visits for patients occurred at 1 week, 6 weeks, and 3, 6, and 12 months post surgery. 

Pain and swelling were some of the symptoms for which patients were checked. Twenty-nine 

patients completed the trial with complete union of the bone fracture. Two participants in the 

trial were withdrawn when they were unwilling to return for a follow up or had been assaulted 

(Ferretti, 2008, p. 242). General anesthesia and amoxicillin were used during the surgery. The 

PLA/PGA compound used in this trial was 82% lactide and 18% glycolide. After the operation, 

patients stayed on oral amoxicillin for 5 days, and a particular mouthwash was used to keep the 

site of surgery disinfected. Furthermore, all patients were kept on a liquid diet for 6 weeks 

(Ferretti, 2008, p. 243). The results of this study show that PLA/PGA fixation has a 22.5% 

complication rate. Twenty patients completed the trial with no complications subsequent to the 

surgery. Complications were present in 9 patients, but no patients suffered a non-union of the 

fracture. Because the complication rate of using titanium fixation ranges from 13.7% to 43%, 

PLA/PGA polymer plate and screw fixation of mandibular fractures is an excellent alternative 

(Ferretti, 2008, p. 242). 

Biodegradable Fixation of Mandibular Fractures in Children 

Recently researchers have expressed an interest in bioresorbable fixation in children. One 

study at the Medical University of Vienna aimed to discover the safety and stability of short term 

results of biodegradable fixation in fractures of children’s mandibles. Thirteen children, ages 

ranging from 5 to 16 years, participated in this trial. They were all operated on for various 

fractures of the mandible and attended follow-up visits for approximately 2 years after the 

surgery was performed (Yerit, Hainich, Enislidis, Turhani, & Klug, 2005, p. 1). All patients 

experienced full union of the mandibular fracture. None of the participants suffered from 

undesirable reactions to the biodegradable materials. All complications experienced were minor 

and none forced removal of the biodegradable plates. The results depict that pediatric patients 

take well to biodegradable fixation of mandibular fractures. Children can benefit from 

biomaterials because mobility is achieved faster than if titanium is used. Also, the patients will 

not need to undergo a second removal surgery that is especially uninvited in pediatric patients. 

These results depict that biodegradable fixation is safe and superior to titanium in pediatric 

patients. Further studies will be necessary to establish the long term effects and reliability of 

biomaterials used in children (Yerit et al., 2005, p. 1). 

9


Products 

There are several companies that produce bioresorbable materials in various forms and 

sizes. Micro Engineering Solutions is a company that designs minuscule medical appliances and 

devises prototypes of these machines. Scores of devices made by Micro Engineering Solutions 

are biomaterials. Tornier, a medical manufacturing company, makes a product known as the 

Resorbable Fixation System that can be used as a tensile system in fractured bones. Some other 

leading manufacturers of bioresorbable materials are Purac, Lakeshore, and BI. 

Research Plan 

Titanium in hip replacements is the most common biomedical application used today. 

However, when titanium is put into the body, it lasts forever or must be extracted through a 

second surgery. Resorbable fixation systems are a new material that can be used in healing minor 

bone fractures. These resorbable materials have the ability to be morphed in the form of screws, 

plates, or mesh. Moreover, the materials will dissolve into the body as water and carbon dioxide 

subsequent to the fracture being healed. These bioresorbable materials are formed from polymers 

of poly-lactic acid compounded with poly-glycolic acid. These PLA/PGA compounds are the 

most common types of bioresorbables. This research will uncover how the length of time a 

resorbable material is in water affects the bioerosion of the material in comparison to the strength 

of titanium. This will help demonstrate whether titanium or resorbable fixation is a better choice 

for biomedical healing. 

Goals 

It is hypothesized that after six weeks, the strength of the resorbable materials will have 

decreased significantly. The final strength of the resorbable materials will be different from the 

strength of the titanium. 

The bioerosion rate of bioresorbable materials will be tested in water. Bioerosion is 

caused by water entering the polymer and hollowing out the inside, which causes the polymer to 

crumble. The independent variable will be the length of time the bioresorbable sample will 

remain in the water. The dependent variables will be the dimensions of the bioresorbable and the 

strength of the bioresorbable. The solution will be controlled and one variable will be kept in a 

nitrogen sealed pouch to maintain its original strength and dimensions. The dimensions of a 

bioresorbable bar will be measured without placing it in any solution. The strength of the 

bioresorbable will then be tested using an Instron tensile testing machine. Following the previous 

test, approximately thirty bioresorbable bars will be placed into the water. The dimensions will 

be measured and the strength of five samples each week for six weeks will be tested. To find the 

strength and dimensions, an Instron tensile tester will be used. This will supply the average 

amount of degradation of resorbable materials over the course of a realistic time frame for bone 

regeneration. Similarly, the titanium samples will be put in water and tested for both strength and 

dimensions each week. Once the data is collected, statistical analysis will be applied to find if 

there is a statistically significant difference in the original strength and dimensions and the final 

strength and dimensions. Using this information, a conclusion will be made about whether 

bioresorbable polymers are really a more effective healing process than titanium bone screws. 

10


Methodology 

The bioerosion rate of bioresorbable materials was tested in water. The independent 

variable was the length of time the bioresorbable sample resided in the water. The dependent 

variables were the dimensions of the bioresorbable and the strength of the bioresorbable. 

PURASORB PL 24 (poly-l-lactide compound) bioresorbable polymers obtained from Purac 

Biomaterials were tested during this experiment. The polymers were in the shape of dog bone 

tensile bars. Five tensile bars were left out of the water to be used as constants. The remaining 

tensile bars were submerged in room temperature water. After five days in the water, the tensile 

bars were tested for their strength. Three tensile bars that had been in water for five days were 

tested. All eight of the tensile bars to be tested were measured for their length, width, and 

thickness using a Marathon electronic digital caliper (Model # CO 030150). Each tensile bar was 

lifted and placed in the grips of an Instron 5544 tensile tester. After the bar was placed between 

the grips, they were tightened using an Allen wrench so the samples did not slip out of the 

machine. The dimensions of the sample were entered into the Instron software. After zeroing the 

load and extension, 5 N were applied to the tensile bar. The test was then started. The Instron 

pulled the tensile bars to failure. The above procedure was repeated for each of the eight tensile 

bars tested. In the next testing session, five days later, three more tensile bars were tested using 

the above protocol. Bioresorbable tensile bars were tested after being placed in water every five 

days for 20 days. 

Figure 2. Instron 5544 tensile tester in the BioMedical Engineering Lab at WPI. 

This machine can be used to run tensile strength tests, torsion tests, and 

compression tests on samples. During this research, it was used to test the 

tensile strength of biodegradable tensile bars. 

The data from the first tests and the most recent tests was compared. All of the tensile 

bars were tested for strength. The graphs compared the amount of force exerted on each sample 

11


to the distance the bar was stretched. After each set of bioresorbables was tested, the data was 

collected and recorded in the logbook and entered into Excel. The final data was graphed and 

used to show the rate of degradation of bioresorbable polymers in water. This supplied the 

average amount of degradation of resorbable materials over the course of two weeks. This data 

can be extrapolated to show how the tensile bars degrade during a reasonable time of bone 

regeneration. Using this information, it was determined that the final strength of the 

bioresorbable materials has a statistically significant difference from the original strength. A 

conclusion was made about the strength of bioresorbable polymers versus the strength of 

titanium over a period of time. 

12


Results/ Data Analysis/ Discussion 

This experimentation showed that tensile strength did not decrease as the time of 

exposure to water increased. The length of fatigue time, however, decreased dramatically due to 

the exposure to water. The length of fatigue time was inversely proportional to the length of time 

that the tensile bars were exposed to water. 

Table 2. Data collected from tensile bars not exposed to water, including the amount of time between maximum force and failure. 

Length Thickness Width 

Max 

Load Extension Area Strength Δt 

(mm) (mm) (mm) (N) (mm) (mm 2 ) (N/mm 2 ) (s) 

Tensile 1 74.64 2.00 5.00 823.30 2.00 10.00 82.33 32.18 




Average: 74.47 1.99 4.98 781.10 2.05 9.88 79.07 40.96 

Table 3. Data collected from tensile bars exposed to water for 5 days. 

Max 

Length Thickness Width Load Extension Area Strength Δt 




Average: 79.60 1.96 4.97 715.75 1.95 9.71 73.73 22.95 


Max 






Average: 74.52 1.96 4.95 569.17 2.37 9.71 58.58 25.66 


Max 






Average: 74.53 1.95 4.94 765.27 1.77 9.63 79.53 21.38 

13

Load (N) 



Max 






Average: 74.47 1.88 4.89 716.87 1.77 9.18 78.29 23.70 

800 

700 

600 

500 

400 

300 

200 

100 

0 

0 2 4 6 8 

Extension (mm) 

12 days 

17 days 

22 days 

0 days 

5 days 

Figure 5. Tensile strength of original tensile bars and bars exposed to water for 5, 12, 17, and 22 

days. All groups of tensile bars were pulled at 5 mm/min, and reached their maximum force at 

around 2 seconds. The length of time of fatigue before failure decreased as the tensile bars were 

submerged in water longer. 

14

Time Between Max Load and Failure (s) 

Tensile Strength (N/mm 2 ) 


90.00 

80.00 

70.00 

60.00 

50.00 

40.00 

30.00 

20.00 

10.00 

0.00 

y = 0.0348x + 73.449 

R² = 0.0012 

0 5 10 15 20 25 

Time Exposed to Water (days) 

Figure 6. Tensile strength of tensile bars exposed to water for different periods of time. The tensile 

strength remained similar despite the various time periods they were exposed to water. Tensile 

strength was calculated by dividing the maximum load by the cross-sectional area of the tensile bar. 

45.00 

40.00 

35.00 

30.00 

25.00 

20.00 

15.00 

10.00 

5.00 

0.00 

y = -0.637x + 34.064 

R² = 0.4999 

0 5 10 15 20 25 

Time Exposed to Water (days) 

Figure 7. The time between maximum load and tensile failure for different time periods of water 

exposure. The time between maximum load and failure decreased as the time exposed to water 

increased. 

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Statistical Analysis 

The Student T-Test was used to evaluate the data. This test determines whether the data collected 

is significantly different than the control data set. The tensile strengths for each time period were 

compared to the tensile strengths of the control group of tensile bars. The time of fatigue for each 

time setting was also compared to the time of fatigue for the control group of tensile bars. 

Table 7. The probability values and percent confidence of statistically significant differences in tensile strength. 

Time Exposed to Water Probability Value Percent Confidence 

(Days) (%) 

5 0.11 89.09 

12 0.22 78.40 

17 0.82 17.84 

22 0.85 14.98 

Table 8. The probability values and percent confidence of statistically significant differences in fatigue time. 

Time Exposed to Water Probability Value Percent Confidence 

(Days) (%) 

5 0.06 93.94 

12 0.02 98.21 

17 0.01 98.96 

22 0.00 99.84 

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Conclusions 

Exposure to water affects tensile degradation in ways that were unexpected prior to this 

research. Originally, it was believed that the tensile strength of bioresorbable tensile bars would 

decrease linearly with respect to the time they were exposed to water. After examining the data, 

it became clear that tensile strength does not decrease due to exposure to water. A Student T Test 

was used to compare tensile strength found after different intervals of water exposure to the 

control tensile strength of no water exposure. The T Test demonstrated that the tensile strength 

after zero days of exposure to water was not significantly different to the tensile strength 

recorded at five, twelve, seventeen, or 22 days. Although the tensile strength did not decrease, 

the time of fatigue before failure decreased greatly as the time of exposure to water increased. 

The Student T Test confirmed that the times of fatigue were significantly different for intervals 

of twelve to twenty-two days. The time of fatigue for the interval of five days was not 

significantly different from the control time. These results illustrate that although the tensile 

strength in term of force per unit area did not decrease, the tensile bars are still susceptible to 

breaking. The tensile bars can withstand the same amount of force no matter how long they are 

placed in water, but they cannot withstand that force for the same amount of time. Once the 

maximum load is applied to each tensile bar, the bars that have been exposed to water longer will 

fatigue quicker and therefore break first. Bioresorbable tensile bars are a sufficient option for 

internal bone fixation because throughout their time in the body, they will be able to withstand 

the same amount of force. The average tensile strength of titanium alloy is roughly 830 MPa, 

whereas the average tensile strength of PLA 2.4 bioresorbable tensile bars is approximately 

73.85 MPa. Although the tensile strength of bioresorbables is so much less than titanium, it is 

strong enough to maintain the necessary position to heal bones. As long as the strength stays the 

same throughout the healing process, bioresorbable materials are a contender with titanium for 

bone fixation. Even during the last weeks of healing, the tensile bars will remain intact under 

pressure. The forces will not be able to be applied for long periods of time, but the tensile bars 

will still hold up against internal forces. These bioresorbable materials are a great option for 

facial or non-weightbearing fractures because external forces are not as common to an area of the 

body that is non-weightbearing. Despite the lower tensile strength than titanium, bioresorbable 

tensile bars are an acceptable replacement to titanium fixation without the hassle of a removal 

surgery. 

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Limitations and Assumptions 

In order to complete the research concerning bioresorbable tensile bars, several 

assumptions were made before experimentation. It was assumed that PURAC Biomaterials 

shipped the correct tensile bars to be tested. All the tensile bars had the same intrinsic viscosity 

of 2.4 and did not lose any tensile strength during the shipping process. It was also assumed that 

the container in which the tensile bars were stored did not affect the tensile strength. All tensile 

bars of equivalent intrinsic viscosities and dimensions are assumed to have the same tensile 

strength when not exposed to water or any other liquid. It was assumed that the Instron 5544 

provided accurate data throughout experimentation. Another assumption was that temperature 

did not affect the tensile strength of bioresorbable materials. A larger assumption was that water 

was a component in causing the breakdown of the bioresorbable tensile bars. This research was 

limited due to time constraints. The total time period necessary for healing bones was unable to 

be tested during experimentation because an eight week time frame was unavailable. The number 

of trials was also limited because of the difficulty in obtaining bioresorbable tensile bars. 

Throughout conducting tests, several aspects of the experiments were controlled. The amount of 

time each tensile bar was exposed to water was controlled within each trial. The containers that 

stored the tensile bars in water remained constant during all trials of experimentation. The 

Instron 5544 that was used to test the tensile bars was the same for each test. All tensile bars used 

in this experiment had the same intrinsic viscosity and were shipped from the same company. 

Although the results collected from this research are consistent, several sources of error could 

have altered the data. The Instron being used throughout the experimentation could have been 

inaccurate, even though it was precise. The time intervals chosen could have been too close 

together and therefore did not display an accurate representation of tensile strength degradation. 

If bacteria were able to enter the water that the biomaterials were being tested in, then the 

bacteria could have caused degradation to speed up or slow down. These limitations and 

assumptions could have altered the results minutely, but the data is still precise. 

18


Applications and Future Experiments 

This research can be extended for several practical uses that can help people understand 

the benefits and downfalls of bioresorbable tensile bars used for internal fixation of bones. 

Several experiments conducted in this research have revealed that tensile strength does not 

decrease when the tensile bars are exposed to water. This knowledge will allow people to make 

educated choices about the fixation systems available in medical procedures. Bioresorbable 

tensile bars are a safe, strong replacement to titanium fixation devices. Because this research 

displays tensile strength as not decreasing, biomaterials could become more common in the 

medical industry. As a result, the cost of bioresorbable materials could go down significantly. 

This would make a more convenient alternative to metal fixation more available to the average 

middle class patient. Future research could continue to test tensile strength of biomaterials when 

they are exposed to other liquids such as bodily fluids or chemicals. Another direction might be 

to use tests of tensile strength other than extension. Torsion or compression tests would also 

provide insightful data into the degradation of these tensile bars. This research opens the doors 

for many extensions in the future. 

19


Literature Cited 

Barden, C. (2009). Biodegradable materials. MicroPep. PowerPoint presentation. 

Bayram, B., Araz, K., Uckan, S., & Balcik, C. (2009). Comparison of fixation stability of 

resorbable versus titanium plate and screws in mandibular angle fractures. Journal of 

Oral and Maxillofacial Surgery, 67(8), Retrieved from 

http://www.ncbi.nlm.nih.gov/pubmed/19615576?log$=activity 

Bibber, D. (2009, May). Micro moulding with resorbable materials. The Magazine for the Global 

Micro Manufacturing Technology Community, Retrieved from 

http://www.micromanu.com/x/guideArchiveArticle.html?id=453 

British Association of Oral and Maxillofacial Surgeons. (2000). Use of a resorbable fixation 

system in orthognathic surgery . ScienceDirect. Retrieved (2009, September 23) from 

http://www.sciencedirect.com/ 

Eppley, B.L. (1997). A bioabsorbable poly-l-lactide miniplate and screw system for 

osteosynthesis in oral and maxillofacial surgery. Journal of Oral and Maxillofacial 

Surgery, 55(9), 945-946. 

Ferretti, C. (2008). A prospective trial of poly-Llactic/polyglycolic acid copolymer plates and 

screws for internal fixation of mandibular fractures. International Journal of Oral and 

Maxillofacial Surgery, 37(3), Retrieved from http://www.sciencedirect.com/ doi: 

10.1016/j.ijom.2007.11.015 

International Titanium Association. (1999). Medical Data Sheet. United States: Boulder, 

Colorada. Retrieved (2009, September 25) from www.titanium.org 

Krach, W., Wagner, A., Yerit, K., Rothlisberger, E., & MCiller-Oberlander, E. (2008). 

Bioresorbable fixation plates as alternative in human mandibular surgery. Journal of 

Biomechanics, 39(1), Retrieved from http://www.sciencedirect.com/ doi: 

10.1016/j.physletb.2003.10.071 

Yerit, K., Hainich, S., Enislidis, G., Turhani, D., & Klug, C. (2005). Biodegradable fixation of 

mandibular fractures in children: stability and early results. Oral Surgery, Oral Medicine, 

Oral Pathology, Oral Radiology, and Endodontology, 100(1), Retrieved from 

http://www.sciencedirect.com/ doi: 10.1016/j.tripleo.2004.11.013 

20


Appendix 

2 1 12 days 

avg 

Time Extension Load Time Extension Load extension 

(sec) (mm) (N) (sec) (mm) (N) 

avg load 

0 0 0.5 0 0 0.7 0 0.6 

0.1 0 0.9 0.1 0 1.3 0 1.1 

0.2 0 5.2 0.2 0 5.3 0 5.25 

0.3 0 10 0.3 0 10.2 0 10.1 

0.4 0 14.3 0.4 0 14.8 0 14.55 

0.5 0 18.3 0.5 0 19.3 0 18.8 

0.6 0 22 0.6 0 23.9 0 22.95 

0.7 0.1 25.4 0.7 0.1 28.4 0.1 26.9 

0.8 0.1 28.7 0.8 0.1 33 0.1 30.85 

0.9 0.1 31.9 0.9 0.1 37.3 0.1 34.6 

1 0.1 34.8 1 0.1 41.8 0.1 38.3 

1.1 0.1 37.5 1.1 0.1 46.3 0.1 41.9 

1.2 0.1 39.8 1.2 0.1 50.7 0.1 45.25 

1.3 0.1 42 1.3 0.1 55.3 0.1 48.65 

1.4 0.1 43.9 1.4 0.1 59.7 0.1 51.8 

1.5 0.1 45.7 1.5 0.1 64 0.1 54.85 

1.6 0.1 47.3 1.6 0.1 68.3 0.1 57.8 

1.7 0.1 48.7 1.7 0.1 72.8 0.1 60.75 

1.8 0.1 50.1 1.8 0.1 77.3 0.1 63.7 

1.9 0.2 51.4 1.9 0.2 81.7 0.2 66.55 

2 0.2 52.6 2 0.2 86 0.2 69.3 

2.1 0.2 53.7 2.1 0.2 90.3 0.2 72 

2.2 0.2 54.7 2.2 0.2 94.7 0.2 74.7 

2.3 0.2 55.6 2.3 0.2 99.1 0.2 77.35 

2.4 0.2 56.1 2.4 0.2 103.4 0.2 79.75 

2.5 0.2 56.5 2.5 0.2 107.4 0.2 81.95 

2.6 0.2 57 2.6 0.2 111.7 0.2 84.35 

2.7 0.2 57.6 2.7 0.2 116.1 0.2 86.85 

2.8 0.2 58.9 2.8 0.2 120.4 0.2 89.65 

2.9 0.2 60.8 2.9 0.2 124.5 0.2 92.65 

3 0.3 62.6 3 0.2 128.6 0.25 95.6 

3.1 0.3 64.3 3.1 0.3 132.7 0.3 98.5 

3.2 0.3 66.1 3.2 0.3 137 0.3 101.55 

3.3 0.3 67.9 3.3 0.3 141.2 0.3 104.55 

3.4 0.3 69.5 3.4 0.3 145.2 0.3 107.35 

3.5 0.3 71 3.5 0.3 149.4 0.3 110.2 

3.6 0.3 72.4 3.6 0.3 153.6 0.3 113 

3.7 0.3 73.8 3.7 0.3 157.9 0.3 115.85 

21


3.8 0.3 75 3.8 0.3 162 0.3 118.5 

3.9 0.3 76.1 3.9 0.3 166.1 0.3 121.1 

4 0.3 77.3 4 0.3 170 0.3 123.65 

4.1 0.3 78.5 4.1 0.3 174.1 0.3 126.3 

4.2 0.3 79.8 4.2 0.3 178.4 0.3 129.1 

4.3 0.4 81 4.3 0.4 182.5 0.4 131.75 

4.4 0.4 82.2 4.4 0.4 186.7 0.4 134.45 

4.5 0.4 83.5 4.5 0.4 190.8 0.4 137.15 

4.6 0.4 84.7 4.6 0.4 195 0.4 139.85 

4.7 0.4 86 4.7 0.4 199.1 0.4 142.55 

4.8 0.4 87.2 4.8 0.4 203.1 0.4 145.15 

4.9 0.4 88.3 4.9 0.4 207.1 0.4 147.7 

5 0.4 89.4 5 0.4 211.3 0.4 150.35 

5.1 0.4 90.5 5.1 0.4 215.4 0.4 152.95 

5.2 0.4 91.7 5.2 0.4 219.6 0.4 155.65 

5.3 0.4 92.8 5.3 0.4 223.6 0.4 158.2 

5.4 0.5 93.8 5.4 0.4 227.5 0.45 160.65 

5.5 0.5 94.8 5.5 0.5 231.6 0.5 163.2 

5.6 0.5 95.9 5.6 0.5 235.7 0.5 165.8 

5.7 0.5 97 5.7 0.5 239.8 0.5 168.4 

5.8 0.5 98 5.8 0.5 243.8 0.5 170.9 

5.9 0.5 98.9 5.9 0.5 247.7 0.5 173.3 

6 0.5 99.9 6 0.5 251.9 0.5 175.9 

6.1 0.5 100.9 6.1 0.5 256 0.5 178.45 

6.2 0.5 101.9 6.2 0.5 260.1 0.5 181 

6.3 0.5 102.8 6.3 0.5 264 0.5 183.4 

6.4 0.5 103.7 6.4 0.5 267.9 0.5 185.8 

6.5 0.5 104.7 6.5 0.5 272 0.5 188.35 

6.6 0.6 105.7 6.6 0.5 276.1 0.55 190.9 

6.7 0.6 106.7 6.7 0.6 280.1 0.6 193.4 

6.8 0.6 107.5 6.8 0.6 284 0.6 195.75 

6.9 0.6 108.5 6.9 0.6 288 0.6 198.25 

7 0.6 109.4 7 0.6 291.9 0.6 200.65 

7.1 0.6 110.4 7.1 0.6 296 0.6 203.2 

7.2 0.6 111.2 7.2 0.6 299.9 0.6 205.55 

7.3 0.6 112.1 7.3 0.6 304 0.6 208.05 

7.4 0.6 112.8 7.4 0.6 307.9 0.6 210.35 

7.5 0.6 113.6 7.5 0.6 312 0.6 212.8 

7.6 0.6 114.4 7.6 0.6 315.9 0.6 215.15 

7.7 0.6 115.1 7.7 0.6 319.8 0.6 217.45 

7.8 0.7 116 7.8 0.6 323.7 0.65 219.85 

7.9 0.7 116.7 7.9 0.7 327.6 0.7 222.15 

8 0.7 117.5 8 0.7 331.6 0.7 224.55 

22


8.1 0.7 118.3 8.1 0.7 335.4 0.7 226.85 

8.2 0.7 119 8.2 0.7 339.4 0.7 229.2 

8.3 0.7 119.8 8.3 0.7 343.3 0.7 231.55 

8.4 0.7 120.5 8.4 0.7 347.2 0.7 233.85 

8.5 0.7 121.2 8.5 0.7 351.1 0.7 236.15 

8.6 0.7 121.9 8.6 0.7 354.9 0.7 238.4 

8.7 0.7 122.6 8.7 0.7 358.6 0.7 240.6 

8.8 0.7 123.3 8.8 0.7 362.4 0.7 242.85 

8.9 0.7 124.1 8.9 0.7 366.3 0.7 245.2 

9 0.8 124.8 9 0.7 370.2 0.75 247.5 

9.1 0.8 125.4 9.1 0.8 374 0.8 249.7 

9.2 0.8 126 9.2 0.8 377.8 0.8 251.9 

9.3 0.8 126.6 9.3 0.8 381.8 0.8 254.2 

9.4 0.8 127.3 9.4 0.8 385.7 0.8 256.5 

9.5 0.8 128.1 9.5 0.8 389.5 0.8 258.8 

9.6 0.8 128.7 9.6 0.8 393.2 0.8 260.95 

9.7 0.8 129.4 9.7 0.8 397 0.8 263.2 

9.8 0.8 130 9.8 0.8 400.9 0.8 265.45 

9.9 0.8 130.8 9.9 0.8 404.6 0.8 267.7 

10 0.8 131.5 10 0.8 408.4 0.8 269.95 

10.1 0.8 132.1 10.1 0.8 412.1 0.8 272.1 

10.2 0.8 132.8 10.2 0.8 415.8 0.8 274.3 

10.3 0.9 133.6 10.3 0.9 419.7 0.9 276.65 

10.4 0.9 134.3 10.4 0.9 423.4 0.9 278.85 

10.5 0.9 134.9 10.5 0.9 427 0.9 280.95 

10.6 0.9 135.5 10.6 0.9 430.7 0.9 283.1 

10.7 0.9 136.1 10.7 0.9 434.5 0.9 285.3 

10.8 0.9 136.8 10.8 0.9 438.3 0.9 287.55 

10.9 0.9 137.6 10.9 0.9 441.9 0.9 289.75 

11 0.9 138.1 11 0.9 445.5 0.9 291.8 

11.1 0.9 138.8 11.1 0.9 449.1 0.9 293.95 

11.2 0.9 139.4 11.2 0.9 452.8 0.9 296.1 

11.3 0.9 140.1 11.3 0.9 456.6 0.9 298.35 

11.4 1 140.7 11.4 1 460.4 1 300.55 

11.5 1 141.3 11.5 1 463.9 1 302.6 

11.6 1 141.9 11.6 1 467.4 1 304.65 

11.7 1 142.5 11.7 1 471.2 1 306.85 

11.8 1 143.2 11.8 1 474.9 1 309.05 

11.9 1 143.8 11.9 1 478.5 1 311.15 

12 1 144.4 12 1 482.1 1 313.25 

12.1 1 145 12.1 1 485.7 1 315.35 

12.2 1 145.6 12.2 1 489.5 1 317.55 

12.3 1 146.2 12.3 1 493.1 1 319.65 

23


12.4 1 146.6 12.4 1 496.6 1 321.6 

12.5 1 146.9 12.5 1 500.1 1 323.5 

12.6 1 147.3 12.6 1 503.7 1 325.5 

12.7 1.1 147.9 12.7 1.1 507.4 1.1 327.65 

12.8 1.1 148.4 12.8 1.1 511 1.1 329.7 

12.9 1.1 148.9 12.9 1.1 514.4 1.1 331.65 

13 1.1 149.4 13 1.1 517.8 1.1 333.6 

13.1 1.1 149.8 13.1 1.1 521.2 1.1 335.5 

13.2 1.1 150.3 13.2 1.1 524.9 1.1 337.6 

13.3 1.1 150.7 13.3 1.1 528.4 1.1 339.55 

13.4 1.1 151.2 13.4 1.1 531.8 1.1 341.5 

13.5 1.1 151.5 13.5 1.1 535.1 1.1 343.3 

13.6 1.1 151.8 13.6 1.1 538.7 1.1 345.25 

13.7 1.1 152.3 13.7 1.1 542.3 1.1 347.3 

13.8 1.1 152.7 13.8 1.1 545.7 1.1 349.2 

13.9 1.2 153 13.9 1.2 548.9 1.2 350.95 

14 1.2 153.2 14 1.2 552.2 1.2 352.7 

14.1 1.2 153.4 14.1 1.2 555.6 1.2 354.5 

14.2 1.2 153.7 14.2 1.2 559 1.2 356.35 

14.3 1.2 153.9 14.3 1.2 562.2 1.2 358.05 

14.4 1.2 153.9 14.4 1.2 565.4 1.2 359.65 

14.5 1.2 154.2 14.5 1.2 568.7 1.2 361.45 

14.6 1.2 154.4 14.6 1.2 572 1.2 363.2 

14.7 1.2 154.7 14.7 1.2 575.3 1.2 365 

14.8 1.2 154.8 14.8 1.2 578.5 1.2 366.65 

14.9 1.2 154.7 14.9 1.2 581.8 1.2 368.25 

15 1.3 154.6 15 1.2 585.1 1.25 369.85 

15.1 1.3 154.7 15.1 1.3 588.4 1.3 371.55 

15.2 1.3 154.7 15.2 1.3 591.7 1.3 373.2 

15.3 1.3 154.6 15.3 1.3 594.8 1.3 374.7 

15.4 1.3 154.4 15.4 1.3 597.8 1.3 376.1 

15.5 1.3 154.3 15.5 1.3 601.1 1.3 377.7 

15.6 1.3 154.3 15.6 1.3 604.5 1.3 379.4 

15.7 1.3 154.3 15.7 1.3 607.7 1.3 381 

15.8 1.3 154.3 15.8 1.3 610.9 1.3 382.6 

15.9 1.3 154.1 15.9 1.3 614 1.3 384.05 

16 1.3 153.9 16 1.3 617.2 1.3 385.55 

16.1 1.3 153.7 16.1 1.3 620.5 1.3 387.1 

16.2 1.3 153.5 16.2 1.3 623.7 1.3 388.6 

16.3 1.4 153.1 16.3 1.4 627 1.4 390.05 

16.4 1.4 152.7 16.4 1.4 630.2 1.4 391.45 

16.5 1.4 152.3 16.5 1.4 633.6 1.4 392.95 

16.6 1.4 152.1 16.6 1.4 637 1.4 394.55 

24


16.7 1.4 151.8 16.7 1.4 640.1 1.4 395.95 

16.8 1.4 151.5 16.8 1.4 643.2 1.4 397.35 

16.9 1.4 151.3 16.9 1.4 646.4 1.4 398.85 

17 1.4 151.1 17 1.4 649.9 1.4 400.5 

17.1 1.4 151 17.1 1.4 653.3 1.4 402.15 

17.2 1.4 150.8 17.2 1.4 656.6 1.4 403.7 

17.3 1.4 150.7 17.3 1.4 659.8 1.4 405.25 

17.4 1.5 150.5 17.4 1.4 663 1.45 406.75 

17.5 1.5 150.5 17.5 1.5 666.4 1.5 408.45 

17.6 1.5 150.6 17.6 1.5 669.7 1.5 410.15 

17.7 1.5 150.6 17.7 1.5 673 1.5 411.8 

17.8 1.5 150.8 17.8 1.5 676.2 1.5 413.5 

17.9 1.5 150.7 17.9 1.5 679.5 1.5 415.1 

18 1.5 150.9 18 1.5 682.7 1.5 416.8 

18.1 1.5 151.1 18.1 1.5 685.9 1.5 418.5 

18.2 1.5 151.2 18.2 1.5 689.3 1.5 420.25 

18.3 1.5 151.5 18.3 1.5 692.4 1.5 421.95 

18.4 1.5 151.7 18.4 1.5 695.6 1.5 423.65 

18.5 1.5 152 18.5 1.5 698.9 1.5 425.45 

18.6 1.6 152.2 18.6 1.5 702 1.55 427.1 

18.7 1.6 152.4 18.7 1.6 705.2 1.6 428.8 

18.8 1.6 152.6 18.8 1.6 708.3 1.6 430.45 

18.9 1.6 153 18.9 1.6 711.7 1.6 432.35 

19 1.6 153.5 19 1.6 714.9 1.6 434.2 

19.1 1.6 153.8 19.1 1.6 718 1.6 435.9 

19.2 1.6 154 19.2 1.6 721.1 1.6 437.55 

19.3 1.6 154.5 19.3 1.6 724.2 1.6 439.35 

19.4 1.6 155 19.4 1.6 727.3 1.6 441.15 

19.5 1.6 155.4 19.5 1.6 730.5 1.6 442.95 

19.6 1.6 155.8 19.6 1.6 733.5 1.6 444.65 

19.7 1.6 156.2 19.7 1.6 736.7 1.6 446.45 

19.8 1.7 156.5 19.8 1.7 739.6 1.7 448.05 

19.9 1.7 156.8 19.9 1.7 742.7 1.7 449.75 

20 1.7 157.1 20 1.7 745.6 1.7 451.35 

20.1 1.7 157.5 20.1 1.7 748.6 1.7 453.05 

20.2 1.7 157.9 20.2 1.7 751.5 1.7 454.7 

20.3 1.7 158.4 20.3 1.7 754.5 1.7 456.45 

20.4 1.7 158.8 20.4 1.7 757.4 1.7 458.1 

20.5 1.7 159.1 20.5 1.7 760.2 1.7 459.65 

20.6 1.7 159.6 20.6 1.7 763.2 1.7 461.4 

20.7 1.7 160.2 20.7 1.7 766 1.7 463.1 

20.8 1.7 160.9 20.8 1.7 768.9 1.7 464.9 

20.9 1.7 161.6 20.9 1.7 771.5 1.7 466.55 

25


21 1.7 162.2 21 1.7 774.3 1.7 468.25 

21.1 1.8 162.7 21.1 1.8 776.9 1.8 469.8 

21.2 1.8 163.3 21.2 1.8 779.6 1.8 471.45 

21.3 1.8 164 21.3 1.8 782.1 1.8 473.05 

21.4 1.8 164.7 21.4 1.8 784.5 1.8 474.6 

21.5 1.8 165.2 21.5 1.8 786.6 1.8 475.9 

21.6 1.8 165.7 21.6 1.8 788.7 1.8 477.2 

21.7 1.8 166.2 21.7 1.8 790.6 1.8 478.4 

21.8 1.8 166.7 21.8 1.8 792.3 1.8 479.5 

21.9 1.8 167.1 21.9 1.8 793.6 1.8 480.35 

22 1.8 167.5 22 1.8 794.6 1.8 481.05 

22.1 1.8 167.9 22.1 1.8 795.2 1.8 481.55 

22.2 1.8 168.3 22.2 1.9 795.4 1.85 481.85 

22.3 1.9 168.9 22.3 1.9 795.2 1.9 482.05 

22.4 1.9 169.3 22.4 1.9 794.2 1.9 481.75 

22.5 1.9 169.7 22.5 1.9 792.9 1.9 481.3 

22.6 1.9 170.1 22.6 1.9 791.3 1.9 480.7 

22.7 1.9 170.6 22.7 1.9 789.3 1.9 479.95 

22.8 1.9 171.2 22.8 1.9 786.8 1.9 479 

22.9 1.9 171.5 22.9 1.9 784 1.9 477.75 

23 1.9 171.6 23 1.9 781.2 1.9 476.4 

23.1 1.9 171.8 23.1 1.9 778.5 1.9 475.15 

23.2 1.9 172 23.2 1.9 775.8 1.9 473.9 

23.3 1.9 172.3 23.3 1.9 773.1 1.9 472.7 

23.4 1.9 172.3 23.4 1.9 770.3 1.9 471.3 

23.5 2 172.4 23.5 2 767.4 2 469.9 

23.6 2 172.5 23.6 2 764 2 468.25 

23.7 2 172.7 23.69 2 758.9 2 465.8 

23.8 2 172.8 23.73 2 752.9 2 462.85 

23.9 2 172.9 23.73 2 747.9 2 460.4 

24 2 172.8 23.73 2 736.8 2 454.8 

24.1 2 172.9 23.73 2 719.1 2 446 

24.2 2 172.9 23.73 2 696.3 2 434.6 

24.3 2 172.9 23.74 2 670.3 2 421.6 

24.4 2 172.8 23.74 2 641.8 2 407.3 

24.5 2 172.6 23.74 2 611.8 2 392.2 

24.6 2 172.4 23.74 2 580.9 2 376.65 

24.7 2.1 172.3 23.74 2 549.6 2.05 360.95 

24.8 2.1 172.1 23.75 2 518.2 2.05 345.15 

24.9 2.1 171.8 23.75 2 487.1 2.05 329.45 

25 2.1 171.6 23.75 2 457.1 2.05 314.35 

25.1 2.1 171.6 23.75 2 428.4 2.05 300 

25.2 2.1 171.6 2.1 171.6 

26


25.3 2.1 171.6 2.1 171.6 

25.4 2.1 171.5 2.1 171.5 

25.5 2.1 171.6 2.1 171.6 

25.6 2.1 171.9 2.1 171.9 

25.7 2.1 172.1 2.1 172.1 

25.8 2.2 172.2 2.2 172.2 

25.9 2.2 172.3 2.2 172.3 

26 2.2 172.2 2.2 172.2 

26.1 2.2 172.4 2.2 172.4 

26.2 2.2 172.6 2.2 172.6 

26.3 2.2 172.7 2.2 172.7 

26.4 2.2 172.7 2.2 172.7 

26.5 2.2 172.7 2.2 172.7 

26.6 2.2 172.8 2.2 172.8 

26.7 2.2 172.9 2.2 172.9 

26.8 2.2 172.9 2.2 172.9 

26.9 2.2 172.9 2.2 172.9 

27 2.2 172.9 2.2 172.9 

27.1 2.3 173 2.3 173 

27.2 2.3 173.1 2.3 173.1 

27.3 2.3 173.2 2.3 173.2 

27.4 2.3 173.2 2.3 173.2 

27.5 2.3 173.1 2.3 173.1 

27.6 2.3 173.2 2.3 173.2 

27.7 2.3 173.2 2.3 173.2 

27.8 2.3 173.4 2.3 173.4 

27.9 2.3 173.4 2.3 173.4 

28 2.3 173.6 2.3 173.6 

28.1 2.3 173.9 2.3 173.9 

28.2 2.4 174.1 2.4 174.1 

28.3 2.4 174.4 2.4 174.4 

28.4 2.4 174.6 2.4 174.6 

28.5 2.4 174.9 2.4 174.9 

28.6 2.4 175.3 2.4 175.3 

28.7 2.4 175.7 2.4 175.7 

28.8 2.4 176.1 2.4 176.1 

28.9 2.4 176.6 2.4 176.6 

29 2.4 177 2.4 177 

29.1 2.4 177.5 2.4 177.5 

29.2 2.4 178.1 2.4 178.1 

29.3 2.4 178.7 2.4 178.7 

29.4 2.4 179.4 2.4 179.4 

29.5 2.5 180.1 2.5 180.1 

27


29.6 2.5 180.7 2.5 180.7 

29.7 2.5 181.3 2.5 181.3 

29.8 2.5 181.9 2.5 181.9 

29.9 2.5 182.6 2.5 182.6 

30 2.5 183.1 2.5 183.1 

30.1 2.5 183.5 2.5 183.5 

30.2 2.5 183.9 2.5 183.9 

30.3 2.5 184.5 2.5 184.5 

30.4 2.5 185 2.5 185 

30.5 2.5 185.4 2.5 185.4 

30.6 2.5 185.9 2.5 185.9 

30.7 2.6 186.6 2.6 186.6 

30.8 2.6 187.3 2.6 187.3 

30.9 2.6 188.2 2.6 188.2 

31 2.6 188.9 2.6 188.9 

31.1 2.6 189.6 2.6 189.6 

31.2 2.6 190.4 2.6 190.4 

31.3 2.6 191.4 2.6 191.4 

31.4 2.6 192.3 2.6 192.3 

31.5 2.6 193.2 2.6 193.2 

31.6 2.6 194 2.6 194 

31.7 2.6 194.9 2.6 194.9 

31.8 2.7 195.8 2.7 195.8 

31.9 2.7 196.7 2.7 196.7 

32 2.7 197.4 2.7 197.4 

32.1 2.7 198.4 2.7 198.4 

32.2 2.7 199.5 2.7 199.5 

32.3 2.7 200.5 2.7 200.5 

32.4 2.7 201.5 2.7 201.5 

32.5 2.7 202.2 2.7 202.2 

32.6 2.7 203 2.7 203 

32.7 2.7 204 2.7 204 

32.8 2.7 204.9 2.7 204.9 

32.9 2.7 205.7 2.7 205.7 

33 2.7 206.3 2.7 206.3 

33.1 2.8 207 2.8 207 

33.2 2.8 207.8 2.8 207.8 

33.3 2.8 208.5 2.8 208.5 

33.4 2.8 209.2 2.8 209.2 

33.5 2.8 209.7 2.8 209.7 

33.6 2.8 210.2 2.8 210.2 

33.7 2.8 210.9 2.8 210.9 

33.8 2.8 211.4 2.8 211.4 

28


33.9 2.8 211.8 2.8 211.8 

34 2.8 212.2 2.8 212.2 

34.1 2.8 212.6 2.8 212.6 

34.2 2.8 213 2.8 213 

34.3 2.9 213.4 2.9 213.4 

34.4 2.9 213.5 2.9 213.5 

34.5 2.9 213.7 2.9 213.7 

34.6 2.9 213.9 2.9 213.9 

34.7 2.9 214.1 2.9 214.1 

34.8 2.9 214.2 2.9 214.2 

34.9 2.9 214.2 2.9 214.2 

35 2.9 214 2.9 214 

35.1 2.9 213.9 2.9 213.9 

35.2 2.9 213.9 2.9 213.9 

35.3 2.9 213.6 2.9 213.6 

35.4 3 213.3 3 213.3 

35.5 3 212.9 3 212.9 

35.6 3 212.8 3 212.8 

35.7 3 212.7 3 212.7 

35.8 3 212.4 3 212.4 

35.9 3 212.1 3 212.1 

36 3 211.7 3 211.7 

36.1 3 211.5 3 211.5 

36.2 3 211.1 3 211.1 

36.3 3 210.6 3 210.6 

36.4 3 210.1 3 210.1 

36.5 3 209.4 3 209.4 

36.6 3.1 208.8 3.1 208.8 

36.7 3.1 207.9 3.1 207.9 

36.8 3.1 206.7 3.1 206.7 

36.9 3.1 205.5 3.1 205.5 

37 3.1 204.4 3.1 204.4 

37.1 3.1 203.4 3.1 203.4 

37.2 3.1 202.1 3.1 202.1 

37.3 3.1 201 3.1 201 

37.4 3.1 199.7 3.1 199.7 

37.5 3.1 198.6 3.1 198.6 

37.6 3.1 197.7 3.1 197.7 

37.7 3.1 196.8 3.1 196.8 

37.8 3.2 196.3 3.2 196.3 

37.9 3.2 195.6 3.2 195.6 

38 3.2 195.2 3.2 195.2 

38.1 3.2 194.9 3.2 194.9 

29


38.2 3.2 194.6 3.2 194.6 

38.3 3.2 194.5 3.2 194.5 

38.4 3.2 194.3 3.2 194.3 

38.5 3.2 194.2 3.2 194.2 

38.6 3.2 193.9 3.2 193.9 

38.7 3.2 193.8 3.2 193.8 

38.8 3.2 193.7 3.2 193.7 

38.9 3.2 193.7 3.2 193.7 

39 3.3 193.8 3.3 193.8 

39.1 3.3 193.8 3.3 193.8 

39.2 3.3 193.8 3.3 193.8 

39.3 3.3 193.8 3.3 193.8 

39.4 3.3 193.9 3.3 193.9 

39.5 3.3 194 3.3 194 

39.6 3.3 194.1 3.3 194.1 

39.7 3.3 194.1 3.3 194.1 

39.8 3.3 194.2 3.3 194.2 

39.9 3.3 194.3 3.3 194.3 

40 3.3 194.2 3.3 194.2 

40.1 3.3 194.3 3.3 194.3 

40.2 3.4 194.3 3.4 194.3 

40.3 3.4 194.3 3.4 194.3 

40.4 3.4 194.4 3.4 194.4 

40.5 3.4 194.4 3.4 194.4 

40.6 3.4 194.5 3.4 194.5 

40.7 3.4 194.5 3.4 194.5 

40.8 3.4 194.8 3.4 194.8 

40.9 3.4 195.1 3.4 195.1 

41 3.4 195.1 3.4 195.1 

41.1 3.4 195.1 3.4 195.1 

41.2 3.4 195 3.4 195 

41.3 3.4 195.1 3.4 195.1 

41.4 3.4 195.2 3.4 195.2 

41.5 3.5 195.2 3.5 195.2 

41.6 3.5 195.3 3.5 195.3 

41.7 3.5 195.3 3.5 195.3 

41.8 3.5 195.4 3.5 195.4 

41.9 3.5 195.5 3.5 195.5 

42 3.5 195.4 3.5 195.4 

42.1 3.5 195.4 3.5 195.4 

42.2 3.5 195.4 3.5 195.4 

42.3 3.5 195.5 3.5 195.5 

42.4 3.5 195.5 3.5 195.5 

30


42.5 3.5 195.3 3.5 195.3 

42.6 3.5 195.3 3.5 195.3 

42.7 3.6 195.4 3.6 195.4 

42.8 3.6 195.4 3.6 195.4 

42.9 3.6 195.4 3.6 195.4 

43 3.6 195.3 3.6 195.3 

43.1 3.6 195.4 3.6 195.4 

43.2 3.6 195.6 3.6 195.6 

43.3 3.6 195.7 3.6 195.7 

43.4 3.6 195.6 3.6 195.6 

43.5 3.6 195.4 3.6 195.4 

43.6 3.6 195.3 3.6 195.3 

43.7 3.6 195.2 3.6 195.2 

43.8 3.7 195.1 3.7 195.1 

43.9 3.7 194.9 3.7 194.9 

44 3.7 194.7 3.7 194.7 

44.1 3.7 194.6 3.7 194.6 

44.2 3.7 194.5 3.7 194.5 

44.3 3.7 194.3 3.7 194.3 

44.4 3.7 194 3.7 194 

44.5 3.7 193.8 3.7 193.8 

44.6 3.7 193.5 3.7 193.5 

44.7 3.7 193.4 3.7 193.4 

44.8 3.7 193 3.7 193 

44.9 3.7 192.4 3.7 192.4 

45 3.7 191.7 3.7 191.7 

45.1 3.8 191 3.8 191 

45.2 3.8 190.4 3.8 190.4 

45.3 3.8 189.7 3.8 189.7 

45.4 3.8 189 3.8 189 

45.5 3.8 188.3 3.8 188.3 

45.6 3.8 187.7 3.8 187.7 

45.7 3.8 187.3 3.8 187.3 

45.8 3.8 186.6 3.8 186.6 

45.9 3.8 185.9 3.8 185.9 

46 3.8 184.9 3.8 184.9 

46.1 3.8 183.9 3.8 183.9 

46.2 3.9 182.9 3.9 182.9 

46.3 3.9 181.8 3.9 181.8 

46.4 3.9 180.5 3.9 180.5 

46.5 3.9 179.2 3.9 179.2 

46.6 3.9 178.1 3.9 178.1 

46.7 3.9 177.1 3.9 177.1 

31


46.8 3.9 176.1 3.9 176.1 

46.9 3.9 175.1 3.9 175.1 

47 3.9 174.2 3.9 174.2 

47.1 3.9 173.4 3.9 173.4 

47.2 3.9 172.4 3.9 172.4 

47.3 3.9 171.5 3.9 171.5 

47.4 4 170 4 170 

47.5 4 168.3 4 168.3 

47.6 4 166.5 4 166.5 

47.7 4 164.5 4 164.5 

47.8 4 162.6 4 162.6 

47.9 4 160.5 4 160.5 

48 4 158.5 4 158.5 

48.1 4 156.9 4 156.9 

48.2 4 155.6 4 155.6 

48.3 4 154.7 4 154.7 

48.4 4 153.8 4 153.8 

48.5 4 153.1 4 153.1 

48.6 4.1 152.2 4.1 152.2 

48.7 4.1 151.3 4.1 151.3 

48.8 4.1 150.5 4.1 150.5 

48.9 4.1 149.8 4.1 149.8 

49 4.1 149.2 4.1 149.2 

49.1 4.1 148.3 4.1 148.3 

49.2 4.1 147.3 4.1 147.3 

49.3 4.1 146.3 4.1 146.3 

49.4 4.1 145.6 4.1 145.6 

49.5 4.1 144.9 4.1 144.9 

49.6 4.1 144 4.1 144 

49.7 4.1 143.2 4.1 143.2 

49.8 4.2 142.4 4.2 142.4 

49.9 4.2 141.8 4.2 141.8 

50 4.2 141.2 4.2 141.2 

50.1 4.2 140.8 4.2 140.8 

50.2 4.2 140.5 4.2 140.5 

50.3 4.2 140.3 4.2 140.3 

50.4 4.2 139.9 4.2 139.9 

50.5 4.2 139.4 4.2 139.4 

50.6 4.2 139 4.2 139 

50.7 4.2 138.5 4.2 138.5 

50.8 4.2 138.2 4.2 138.2 

50.9 4.2 137.8 4.2 137.8 

51 4.2 137.3 4.2 137.3 

32


51.1 4.3 136.8 4.3 136.8 

51.2 4.3 136.4 4.3 136.4 

51.3 4.3 136.1 4.3 136.1 

51.4 4.3 135.6 4.3 135.6 

51.5 4.3 134.9 4.3 134.9 

51.6 4.3 134.1 4.3 134.1 

51.7 4.3 133.3 4.3 133.3 

51.8 4.3 132.6 4.3 132.6 

51.9 4.3 131.6 4.3 131.6 

52 4.3 130.2 4.3 130.2 

52.1 4.3 128.7 4.3 128.7 

52.2 4.3 127 4.3 127 

52.3 4.4 125.2 4.4 125.2 

52.4 4.4 123.3 4.4 123.3 

52.5 4.4 121.3 4.4 121.3 

52.6 4.4 119.7 4.4 119.7 

52.7 4.4 118.2 4.4 118.2 

52.8 4.4 116.8 4.4 116.8 

52.9 4.4 115.2 4.4 115.2 

53 4.4 113.6 4.4 113.6 

53.1 4.4 112.1 4.4 112.1 

53.2 4.4 110.5 4.4 110.5 

53.3 4.4 108.9 4.4 108.9 

53.4 4.5 107.2 4.5 107.2 

53.5 4.5 105.6 4.5 105.6 

53.6 4.5 104 4.5 104 

53.7 4.5 102.7 4.5 102.7 

53.8 4.5 101.5 4.5 101.5 

53.9 4.5 100.3 4.5 100.3 

54 4.5 99.2 4.5 99.2 

54.1 4.5 98.3 4.5 98.3 

54.2 4.5 97.6 4.5 97.6 

54.3 4.5 96.9 4.5 96.9 

54.4 4.5 96.1 4.5 96.1 

54.5 4.5 95.6 4.5 95.6 

54.6 4.5 95.1 4.5 95.1 

54.7 4.6 94.6 4.6 94.6 

54.8 4.6 94 4.6 94 

54.9 4.6 93.2 4.6 93.2 

55 4.6 92.5 4.6 92.5 

55.1 4.6 91.7 4.6 91.7 

55.2 4.6 90.6 4.6 90.6 

55.3 4.6 89.2 4.6 89.2 

33


55.4 4.6 87.8 4.6 87.8 

55.5 4.6 86.6 4.6 86.6 

55.6 4.6 85.5 4.6 85.5 

55.7 4.6 84.4 4.6 84.4 

55.8 4.7 83.2 4.7 83.2 

55.9 4.7 82.1 4.7 82.1 

56 4.7 81.2 4.7 81.2 

56.1 4.7 80.8 4.7 80.8 

56.2 4.7 80.5 4.7 80.5 

56.3 4.7 80.1 4.7 80.1 

56.4 4.7 79.7 4.7 79.7 

56.5 4.7 79.3 4.7 79.3 

56.6 4.7 78.8 4.7 78.8 

56.7 4.7 78.1 4.7 78.1 

56.8 4.7 77.4 4.7 77.4 

56.9 4.7 76.8 4.7 76.8 

57 4.8 76.2 4.8 76.2 

57.1 4.8 75.6 4.8 75.6 

57.2 4.8 74.9 4.8 74.9 

57.3 4.8 74.4 4.8 74.4 

57.4 4.8 73.6 4.8 73.6 

57.5 4.8 73.1 4.8 73.1 

57.6 4.8 72.6 4.8 72.6 

57.7 4.8 72.1 4.8 72.1 

57.8 4.8 71.5 4.8 71.5 

57.9 4.8 70.7 4.8 70.7 

58 4.8 70.2 4.8 70.2 

58.1 4.8 69.6 4.8 69.6 

58.2 4.9 69 4.9 69 

58.3 4.9 68.3 4.9 68.3 

58.4 4.9 67.8 4.9 67.8 

58.5 4.9 67.3 4.9 67.3 

58.6 4.9 66.7 4.9 66.7 

58.7 4.9 66.2 4.9 66.2 

58.8 4.9 65.5 4.9 65.5 

58.9 4.9 64.9 4.9 64.9 

59 4.9 64.5 4.9 64.5 

59.1 4.9 64.1 4.9 64.1 

59.2 4.9 63.7 4.9 63.7 

59.3 4.9 63.5 4.9 63.5 

59.4 5 63.5 5 63.5 

59.5 5 63.5 5 63.5 

59.6 5 63.5 5 63.5 

34


59.7 5 63.5 5 63.5 

59.8 5 63.6 5 63.6 

59.9 5 63.5 5 63.5 

60 5 63.4 5 63.4 

60.1 5 63.3 5 63.3 

60.2 5 63.2 5 63.2 

60.3 5 63 5 63 

60.4 5 62.5 5 62.5 

60.5 5 62.1 5 62.1 

60.6 5 61.7 5 61.7 

60.7 5.1 61.4 5.1 61.4 

60.8 5.1 61 5.1 61 

60.9 5.1 60.3 5.1 60.3 

61 5.1 59.5 5.1 59.5 

61.1 5.1 58.8 5.1 58.8 

61.2 5.1 58.3 5.1 58.3 

61.3 5.1 58 5.1 58 

61.4 5.1 57.6 5.1 57.6 

61.5 5.1 57.2 5.1 57.2 

61.6 5.1 56.9 5.1 56.9 

61.7 5.1 56.7 5.1 56.7 

61.8 5.1 56.5 5.1 56.5 

61.9 5.2 56.2 5.2 56.2 

62 5.2 56 5.2 56 

62.1 5.2 55.8 5.2 55.8 

62.2 5.2 55.6 5.2 55.6 

62.3 5.2 55.4 5.2 55.4 

62.4 5.2 55.1 5.2 55.1 

62.5 5.2 54.7 5.2 54.7 

62.6 5.2 54.3 5.2 54.3 

62.7 5.2 54 5.2 54 

62.8 5.2 53.9 5.2 53.9 

62.9 5.2 53.6 5.2 53.6 

63 5.2 53.5 5.2 53.5 

63.1 5.3 53.3 5.3 53.3 

63.2 5.3 53.2 5.3 53.2 

63.3 5.3 53 5.3 53 

63.4 5.3 52.8 5.3 52.8 

63.5 5.3 52.6 5.3 52.6 

63.6 5.3 52.4 5.3 52.4 

63.7 5.3 52.3 5.3 52.3 

63.8 5.3 52.1 5.3 52.1 

63.9 5.3 51.8 5.3 51.8 

35


64 5.3 51.7 5.3 51.7 

64.1 5.3 51.6 5.3 51.6 

64.2 5.3 51.6 5.3 51.6 

64.3 5.4 51.5 5.4 51.5 

64.4 5.4 51.4 5.4 51.4 

64.5 5.4 51.4 5.4 51.4 

64.6 5.4 51.3 5.4 51.3 

64.7 5.4 51.2 5.4 51.2 

64.8 5.4 51.2 5.4 51.2 

64.9 5.4 51 5.4 51 

65 5.4 50.9 5.4 50.9 

65.1 5.4 50.9 5.4 50.9 

65.2 5.4 50.9 5.4 50.9 

65.3 5.4 50.8 5.4 50.8 

65.4 5.5 50.7 5.5 50.7 

65.5 5.5 50.7 5.5 50.7 

65.6 5.5 50.7 5.5 50.7 

65.7 5.5 50.7 5.5 50.7 

65.8 5.5 50.8 5.5 50.8 

65.9 5.5 50.8 5.5 50.8 

66 5.5 50.8 5.5 50.8 

66.1 5.5 50.7 5.5 50.7 

66.2 5.5 50.6 5.5 50.6 

66.3 5.5 50.5 5.5 50.5 

66.4 5.5 50.4 5.5 50.4 

66.5 5.5 50.4 5.5 50.4 

66.6 5.5 50.4 5.5 50.4 

66.7 5.6 50.2 5.6 50.2 

66.8 5.6 50.2 5.6 50.2 

66.9 5.6 50 5.6 50 

67 5.6 49.9 5.6 49.9 

67.1 5.6 49.6 5.6 49.6 

67.2 5.6 49.3 5.6 49.3 

67.3 5.6 49.1 5.6 49.1 

67.4 5.6 48.8 5.6 48.8 

67.5 5.6 48.7 5.6 48.7 

67.6 5.6 48.5 5.6 48.5 

67.7 5.6 48.2 5.6 48.2 

67.8 5.7 48.1 5.7 48.1 

67.9 5.7 47.9 5.7 47.9 

68 5.7 47.8 5.7 47.8 

68.1 5.7 47.6 5.7 47.6 

68.2 5.7 47.5 5.7 47.5 

36


68.3 5.7 47.3 5.7 47.3 

68.4 5.7 47.2 5.7 47.2 

68.5 5.7 47 5.7 47 

68.6 5.7 46.8 5.7 46.8 

68.7 5.7 46.5 5.7 46.5 

68.8 5.7 46.2 5.7 46.2 

68.9 5.7 46 5.7 46 

69 5.7 45.9 5.7 45.9 

69.1 5.8 45.6 5.8 45.6 

69.2 5.8 45.5 5.8 45.5 

69.3 5.8 45.3 5.8 45.3 

69.4 5.8 45.3 5.8 45.3 

69.5 5.8 45.2 5.8 45.2 

69.6 5.8 45.2 5.8 45.2 

69.7 5.8 45.3 5.8 45.3 

69.8 5.8 45.2 5.8 45.2 

69.9 5.8 45.2 5.8 45.2 

70 5.8 45.3 5.8 45.3 

70.1 5.8 45.4 5.8 45.4 

70.2 5.9 45.4 5.9 45.4 

70.3 5.9 45.4 5.9 45.4 

70.4 5.9 45.4 5.9 45.4 

70.5 5.9 45.4 5.9 45.4 

70.6 5.9 45.3 5.9 45.3 

70.7 5.9 45.1 5.9 45.1 

70.8 5.9 45 5.9 45 

70.9 5.9 44.8 5.9 44.8 

71 5.9 44.6 5.9 44.6 

71.1 5.9 44.4 5.9 44.4 

71.2 5.9 44.3 5.9 44.3 

71.3 5.9 44.1 5.9 44.1 

71.4 5.9 44.1 5.9 44.1 

71.5 6 43.9 6 43.9 

71.6 6 43.8 6 43.8 

71.7 6 43.8 6 43.8 

71.8 6 43.7 6 43.7 

71.9 6 43.7 6 43.7 

72 6 43.7 6 43.7 

72.1 6 43.6 6 43.6 

72.2 6 43.6 6 43.6 

72.3 6 43.7 6 43.7 

72.4 6 43.6 6 43.6 

72.5 6 43.6 6 43.6 

37


72.6 6 43.5 6 43.5 

72.7 6.1 43.5 6.1 43.5 

72.8 6.1 43.5 6.1 43.5 

72.9 6.1 43.3 6.1 43.3 

73 6.1 43.3 6.1 43.3 

73.1 6.1 43.2 6.1 43.2 

73.2 6.1 43.1 6.1 43.1 

73.3 6.1 43.1 6.1 43.1 

73.4 6.1 43 6.1 43 

73.5 6.1 42.9 6.1 42.9 

73.6 6.1 42.9 6.1 42.9 

73.7 6.1 42.9 6.1 42.9 

73.8 6.2 42.8 6.2 42.8 

73.9 6.2 42.8 6.2 42.8 

74 6.2 42.7 6.2 42.7 

74.1 6.2 42.7 6.2 42.7 

74.2 6.2 42.6 6.2 42.6 

74.3 6.2 42.6 6.2 42.6 

74.4 6.2 42.5 6.2 42.5 

74.5 6.2 42.4 6.2 42.4 

74.6 6.2 42.3 6.2 42.3 

74.7 6.2 42.2 6.2 42.2 

74.8 6.2 42.1 6.2 42.1 

74.9 6.2 42.1 6.2 42.1 

75 6.3 42 6.3 42 

75.1 6.3 41.9 6.3 41.9 

75.2 6.3 41.9 6.3 41.9 

75.3 6.3 41.8 6.3 41.8 

75.4 6.3 41.8 6.3 41.8 

75.5 6.3 41.7 6.3 41.7 

75.6 6.3 41.6 6.3 41.6 

75.7 6.3 41.5 6.3 41.5 

75.8 6.3 41.4 6.3 41.4 

75.9 6.3 41.3 6.3 41.3 

76 6.3 41.2 6.3 41.2 

76.1 6.3 41.2 6.3 41.2 

76.2 6.4 41.2 6.4 41.2 

76.3 6.4 41.2 6.4 41.2 

76.4 6.4 41.3 6.4 41.3 

76.5 6.4 41.3 6.4 41.3 

76.6 6.4 41.3 6.4 41.3 

76.7 6.4 41.2 6.4 41.2 

76.8 6.4 41.2 6.4 41.2 

38


76.9 6.4 41.2 6.4 41.2 

77 6.4 41.2 6.4 41.2 

77.1 6.4 41.2 6.4 41.2 

77.2 6.4 41.1 6.4 41.1 

77.3 6.4 41.2 6.4 41.2 

77.4 6.5 41.1 6.5 41.1 

77.5 6.5 41.1 6.5 41.1 

77.6 6.5 41 6.5 41 

77.7 6.5 40.9 6.5 40.9 

77.8 6.5 40.9 6.5 40.9 

77.9 6.5 40.9 6.5 40.9 

78 6.5 40.9 6.5 40.9 

78.1 6.5 40.9 6.5 40.9 

78.2 6.5 40.8 6.5 40.8 

78.3 6.5 40.8 6.5 40.8 

78.4 6.5 40.8 6.5 40.8 

78.5 6.5 40.8 6.5 40.8 

78.6 6.6 40.7 6.6 40.7 

78.7 6.6 40.7 6.6 40.7 

78.8 6.6 40.6 6.6 40.6 

78.9 6.6 40.6 6.6 40.6 

79 6.6 40.6 6.6 40.6 

79.1 6.6 40.6 6.6 40.6 

79.2 6.6 40.6 6.6 40.6 

79.3 6.6 40.6 6.6 40.6 

79.4 6.6 40.6 6.6 40.6 

79.5 6.6 40.5 6.6 40.5 

79.6 6.6 40.5 6.6 40.5 

79.7 6.6 40.4 6.6 40.4 

79.8 6.7 40.4 6.7 40.4 

79.9 6.7 40.3 6.7 40.3 

80 6.7 40.3 6.7 40.3 

80.1 6.7 40.2 6.7 40.2 

80.2 6.7 40.2 6.7 40.2 

80.3 6.7 40.2 6.7 40.2 

80.4 6.7 40.1 6.7 40.1 

80.5 6.7 40.1 6.7 40.1 

80.6 6.7 40.1 6.7 40.1 

80.7 6.7 40.1 6.7 40.1 

80.8 6.7 40.1 6.7 40.1 

80.9 6.7 40 6.7 40 

81 6.7 40 6.7 40 

81.1 6.8 40 6.8 40 

39


81.2 6.8 40 6.8 40 

81.3 6.8 39.9 6.8 39.9 

81.4 6.8 40 6.8 40 

81.5 6.8 39.9 6.8 39.9 

81.6 6.8 40 6.8 40 

81.7 6.8 40 6.8 40 

81.8 6.8 40 6.8 40 

81.9 6.8 40.1 6.8 40.1 

82 6.8 40.1 6.8 40.1 

82.1 6.8 40.1 6.8 40.1 

82.2 6.9 40.1 6.9 40.1 

82.3 6.9 40.1 6.9 40.1 

82.4 6.9 40.1 6.9 40.1 

82.5 6.9 40.1 6.9 40.1 

82.6 6.9 40.1 6.9 40.1 

82.7 6.9 40.2 6.9 40.2 

82.8 6.9 40.2 6.9 40.2 

82.9 6.9 40.2 6.9 40.2 

83 6.9 40.2 6.9 40.2 

83.1 6.9 40.3 6.9 40.3 

83.2 6.9 40.3 6.9 40.3 

83.3 6.9 40.3 6.9 40.3 

83.4 6.9 40.4 6.9 40.4 

83.5 7 40.4 7 40.4 

83.6 7 40.4 7 40.4 

83.7 7 40.4 7 40.4 

83.8 7 40.4 7 40.4 

83.9 7 40.4 7 40.4 

84 7 40.4 7 40.4 

84.1 7 40.3 7 40.3 

84.2 7 40.3 7 40.3 

84.3 7 40.3 7 40.3 

84.4 7 40.2 7 40.2 

84.5 7 40.2 7 40.2 

84.6 7 40.2 7 40.2 

84.7 7.1 40.3 7.1 40.3 

84.8 7.1 40.2 7.1 40.2 

84.9 7.1 40.2 7.1 40.2 

85 7.1 40.2 7.1 40.2 

85.1 7.1 40.2 7.1 40.2 

85.2 7.1 40.2 7.1 40.2 

85.3 7.1 40.2 7.1 40.2 

85.4 7.1 40.1 7.1 40.1 

40


85.5 7.1 40.1 7.1 40.1 

85.6 7.1 40.1 7.1 40.1 

85.7 7.1 40.1 7.1 40.1 

85.8 7.2 40.1 7.2 40.1 

85.9 7.2 40.1 7.2 40.1 

86 7.2 40.1 7.2 40.1 

86.1 7.2 40 7.2 40 

86.2 7.2 40 7.2 40 

86.3 7.2 40 7.2 40 

86.4 7.2 40 7.2 40 

86.5 7.2 40 7.2 40 

86.6 7.2 40 7.2 40 

86.7 7.2 40 7.2 40 

86.8 7.2 40 7.2 40 

86.9 7.2 40 7.2 40 

87 7.2 40 7.2 40 

87.1 7.3 39.9 7.3 39.9 

87.2 7.3 39.9 7.3 39.9 

87.3 7.3 39.9 7.3 39.9 

87.4 7.3 39.9 7.3 39.9 

87.5 7.3 39.8 7.3 39.8 

87.6 7.3 39.8 7.3 39.8 

87.7 7.3 39.8 7.3 39.8 

87.8 7.3 39.8 7.3 39.8 

87.9 7.3 39.7 7.3 39.7 

88 7.3 39.7 7.3 39.7 

88.1 7.3 39.6 7.3 39.6 

88.2 7.3 39.6 7.3 39.6 

88.3 7.4 39.6 7.4 39.6 

88.4 7.4 39.6 7.4 39.6 

88.5 7.4 39.6 7.4 39.6 

88.6 7.4 39.7 7.4 39.7 

88.7 7.4 39.7 7.4 39.7 

88.8 7.4 39.7 7.4 39.7 

88.89 7.4 39.7 7.4 39.7 

41


1 2 3 17 days 

avg 

Time Extension Load Time Extension Load Time Extension Load extension 

(sec) (mm) (N) (sec) (mm) (N) (sec) (mm) (N) 

avg load 

0 0 0.2 0 0 0.8 0 0 0.2 0 0.4 

0.1 0 0.9 0.1 0 1.6 0.1 0 1 0 1.1666667 

0.2 0 5.9 0.2 0 6.6 0.2 0 6.1 0 6.2 

0.29 0 11 0.29 0 11.7 0.29 0 11.1 0 11.266667 

0.38 0 16.1 0.38 0 16.8 0.38 0 16.2 0 16.366667 

0.48 0 21 0.48 0 21.8 0.48 0 21.2 0 21.333333 

0.58 0 25.6 0.58 0 26.7 0.58 0 26.2 0 26.166667 

0.68 0.1 30.2 0.68 0.1 31.4 0.68 0.1 30.8 0.1 30.8 

0.78 0.1 34.7 0.78 0.1 35.9 0.78 0.1 35.4 0.1 35.333333 

0.88 0.1 39.3 0.88 0.1 40.5 0.88 0.1 40.2 0.1 40 

0.98 0.1 43.7 0.98 0.1 45.3 0.98 0.1 44.9 0.1 44.633333 

1.08 0.1 48 1.08 0.1 49.6 1.08 0.1 49.5 0.1 49.033333 

1.18 0.1 52.4 1.18 0.1 54.2 1.18 0.1 54.1 0.1 53.566667 

1.28 0.1 56.8 1.28 0.1 58.8 1.28 0.1 58.6 0.1 58.066667 

1.38 0.1 61.2 1.38 0.1 63.4 1.38 0.1 63.3 0.1 62.633333 

1.48 0.1 65.4 1.48 0.1 68.1 1.48 0.1 67.8 0.1 67.1 

1.58 0.1 69.4 1.58 0.1 72.7 1.58 0.1 72.3 0.1 71.466667 

1.68 0.1 73.7 1.68 0.1 77.2 1.68 0.1 76.8 0.1 75.9 

1.78 0.1 78.1 1.78 0.1 81.5 1.78 0.1 81.4 0.1 80.333333 

1.88 0.2 82.3 1.88 0.2 86.1 1.88 0.2 86 0.2 84.8 

1.98 0.2 86.4 1.98 0.2 90.5 1.98 0.2 90.4 0.2 89.1 

2.08 0.2 90.5 2.08 0.2 94.8 2.08 0.2 94.9 0.2 93.4 

2.18 0.2 94.8 2.18 0.2 99.2 2.18 0.2 99.4 0.2 97.8 

2.28 0.2 99.1 2.28 0.2 103.4 2.28 0.2 103.9 0.2 102.13333 

2.38 0.2 103.2 2.38 0.2 107.8 2.38 0.2 108.4 0.2 106.46667 

2.48 0.2 107.3 2.48 0.2 112.2 2.48 0.2 112.8 0.2 110.76667 

2.58 0.2 111.4 2.58 0.2 116.2 2.58 0.2 117.2 0.2 114.93333 

2.68 0.2 115.6 2.68 0.2 120.2 2.68 0.2 121.6 0.2 119.13333 

2.78 0.2 119.7 2.78 0.2 124.6 2.78 0.2 126.1 0.2 123.46667 

2.88 0.2 123.9 2.88 0.2 128.9 2.88 0.2 130.5 0.2 127.76667 

2.98 0.2 127.9 2.98 0.2 133 2.98 0.2 134.7 0.2 131.86667 

3.08 0.3 131.9 3.08 0.3 137.1 3.08 0.3 139 0.3 136 

3.18 0.3 136 3.18 0.3 141.1 3.18 0.3 143.2 0.3 140.1 

3.28 0.3 140.2 3.28 0.3 145.3 3.28 0.3 147.6 0.3 144.36667 

3.38 0.3 144.4 3.38 0.3 149.5 3.38 0.3 151.8 0.3 148.56667 

3.48 0.3 148.5 3.48 0.3 153.6 3.48 0.3 155.9 0.3 152.66667 

3.58 0.3 152.5 3.58 0.3 157.7 3.58 0.3 159.9 0.3 156.7 

3.68 0.3 156.6 3.68 0.3 161.8 3.68 0.3 164 0.3 160.8 

3.78 0.3 160.6 3.78 0.3 165.9 3.78 0.3 168.1 0.3 164.86667 

42


3.88 0.3 164.8 3.88 0.3 170.1 3.88 0.3 172.3 0.3 169.06667 

3.98 0.3 168.9 3.98 0.3 174.3 3.98 0.3 176.4 0.3 173.2 

4.08 0.3 173 4.08 0.3 178.3 4.08 0.3 180.5 0.3 177.26667 

4.18 0.3 177 4.18 0.3 182.2 4.18 0.3 184.8 0.3 181.33333 

4.28 0.4 181 4.28 0.4 186.2 4.28 0.4 189 0.4 185.4 

4.38 0.4 185 4.38 0.4 190.1 4.38 0.4 193.1 0.4 189.4 

4.48 0.4 189.1 4.48 0.4 194.2 4.48 0.4 197.2 0.4 193.5 

4.58 0.4 193.1 4.58 0.4 198.4 4.58 0.4 201.1 0.4 197.53333 

4.68 0.4 197.1 4.68 0.4 202.3 4.68 0.4 205.3 0.4 201.56667 

4.78 0.4 201.1 4.78 0.4 206.4 4.78 0.4 209.5 0.4 205.66667 

4.88 0.4 204.9 4.88 0.4 210.2 4.88 0.4 213.5 0.4 209.53333 

4.98 0.4 209.1 4.98 0.4 214.3 4.98 0.4 217.5 0.4 213.63333 

5.08 0.4 213.1 5.08 0.4 218.3 5.08 0.4 221.5 0.4 217.63333 

5.18 0.4 217.1 5.18 0.4 222.3 5.18 0.4 225.6 0.4 221.66667 

5.28 0.4 221 5.28 0.4 226.3 5.28 0.4 229.7 0.4 225.66667 

5.38 0.4 225 5.38 0.4 230.2 5.38 0.4 233.6 0.4 229.6 

5.48 0.5 229.1 5.48 0.5 234.1 5.48 0.5 237.7 0.5 233.63333 

5.58 0.5 233 5.58 0.5 238 5.58 0.5 241.7 0.5 237.56667 

5.68 0.5 236.9 5.68 0.5 242 5.68 0.5 245.8 0.5 241.56667 

5.78 0.5 240.8 5.78 0.5 246 5.78 0.5 249.9 0.5 245.56667 

5.88 0.5 244.8 5.88 0.5 249.7 5.88 0.5 253.8 0.5 249.43333 

5.98 0.5 248.8 5.98 0.5 253.7 5.98 0.5 257.9 0.5 253.46667 

6.08 0.5 252.8 6.08 0.5 257.6 6.08 0.5 261.9 0.5 257.43333 

6.18 0.5 256.6 6.18 0.5 261.6 6.18 0.5 266.1 0.5 261.43333 

6.28 0.5 260.5 6.28 0.5 265.5 6.28 0.5 270.2 0.5 265.4 

6.38 0.5 264.4 6.38 0.5 269.5 6.38 0.5 274.1 0.5 269.33333 

6.48 0.5 268.4 6.48 0.5 273.3 6.48 0.5 277.9 0.5 273.2 

6.58 0.5 272.2 6.58 0.5 277.3 6.58 0.5 282 0.5 277.16667 

6.68 0.6 276.1 6.68 0.6 281.1 6.68 0.6 286.1 0.6 281.1 

6.78 0.6 279.9 6.78 0.6 284.9 6.78 0.6 290.2 0.6 285 

6.88 0.6 283.9 6.88 0.6 288.8 6.88 0.6 294.2 0.6 288.96667 

6.98 0.6 288 6.98 0.6 292.7 6.98 0.6 298.1 0.6 292.93333 

7.08 0.6 291.8 7.08 0.6 296.7 7.08 0.6 302.3 0.6 296.93333 

7.18 0.6 295.6 7.18 0.6 300.5 7.18 0.6 306.4 0.6 300.83333 

7.28 0.6 299.4 7.28 0.6 304.3 7.28 0.6 310.4 0.6 304.7 

7.38 0.6 303.4 7.38 0.6 308.1 7.38 0.6 314.4 0.6 308.63333 

7.48 0.6 307.3 7.48 0.6 312 7.48 0.6 318.3 0.6 312.53333 

7.58 0.6 311 7.58 0.6 315.8 7.58 0.6 322.5 0.6 316.43333 

7.68 0.6 314.9 7.68 0.6 319.6 7.68 0.6 326.4 0.6 320.3 

7.78 0.6 318.8 7.78 0.6 323.4 7.78 0.6 330.3 0.6 324.16667 

7.88 0.7 322.8 7.88 0.7 327.2 7.88 0.7 334.3 0.7 328.1 

7.98 0.7 326.7 7.98 0.7 331.1 7.98 0.7 338.4 0.7 332.06667 

8.08 0.7 330.4 8.08 0.7 335 8.08 0.7 342.4 0.7 335.93333 

43


8.18 0.7 334.2 8.18 0.7 338.7 8.18 0.7 346.4 0.7 339.76667 

8.28 0.7 338.1 8.28 0.7 342.4 8.28 0.7 350.3 0.7 343.6 

8.38 0.7 342.2 8.38 0.7 346.2 8.38 0.7 354.3 0.7 347.56667 

8.48 0.7 346 8.48 0.7 350.1 8.48 0.7 358.2 0.7 351.43333 

8.58 0.7 349.7 8.58 0.7 353.9 8.58 0.7 362.2 0.7 355.26667 

8.68 0.7 353.5 8.68 0.7 357.6 8.68 0.7 366.2 0.7 359.1 

8.78 0.7 357.3 8.78 0.7 361.3 8.78 0.7 370.2 0.7 362.93333 

8.88 0.7 361.3 8.88 0.7 365.1 8.88 0.7 374.1 0.7 366.83333 

8.98 0.7 365 8.98 0.7 368.9 8.98 0.7 378 0.7 370.63333 

9.08 0.8 368.6 9.08 0.8 372.8 9.08 0.8 382 0.8 374.46667 

9.18 0.8 372.5 9.18 0.8 376.4 9.18 0.8 385.8 0.8 378.23333 

9.28 0.8 376.3 9.28 0.8 380 9.28 0.8 389.8 0.8 382.03333 

9.38 0.8 380.3 9.38 0.8 383.8 9.38 0.8 393.6 0.8 385.9 

9.48 0.8 384 9.48 0.8 387.8 9.48 0.8 397.5 0.8 389.76667 

9.58 0.8 387.7 9.58 0.8 391.6 9.58 0.8 401.4 0.8 393.56667 

9.68 0.8 391.5 9.68 0.8 395.1 9.68 0.8 405.2 0.8 397.26667 

9.78 0.8 395.4 9.78 0.8 398.8 9.78 0.8 409 0.8 401.06667 

9.88 0.8 399.3 9.88 0.8 402.5 9.88 0.8 413 0.8 404.93333 

9.98 0.8 402.9 9.98 0.8 406.4 9.98 0.8 416.8 0.8 408.7 

10.08 0.8 406.6 10.08 0.8 410.1 10.08 0.8 420.6 0.8 412.43333 

10.18 0.8 410.4 10.18 0.8 413.6 10.18 0.8 424.3 0.8 416.1 

10.28 0.9 414.2 10.28 0.9 417.3 10.28 0.9 428.1 0.9 419.86667 

10.38 0.9 418.1 10.38 0.9 421 10.38 0.9 432 0.9 423.7 

10.48 0.9 421.6 10.48 0.9 424.8 10.48 0.9 435.8 0.9 427.4 

10.58 0.9 425.3 10.58 0.9 428.3 10.58 0.9 439.6 0.9 431.06667 

10.68 0.9 429.1 10.68 0.9 432 10.68 0.9 443.3 0.9 434.8 

10.78 0.9 432.9 10.78 0.9 435.5 10.78 0.9 447 0.9 438.46667 

10.88 0.9 436.7 10.88 0.9 439.3 10.88 0.9 450.8 0.9 442.26667 

10.98 0.9 440.3 10.98 0.9 443 10.98 0.9 454.5 0.9 445.93333 

11.08 0.9 443.9 11.08 0.9 446.5 11.08 0.9 458.1 0.9 449.5 

11.18 0.9 447.7 11.18 0.9 450 11.18 0.9 461.9 0.9 453.2 

11.28 0.9 451.5 11.28 0.9 453.6 11.28 0.9 465.6 0.9 456.9 

11.38 0.9 455.2 11.38 0.9 457.3 11.38 0.9 469.4 0.9 460.63333 

11.48 1 458.7 11.48 1 461.1 11.48 1 472.9 1 464.23333 

11.58 1 462.3 11.58 1 464.6 11.58 1 476.4 1 467.76667 

11.68 1 466.1 11.68 1 468.1 11.68 1 480 1 471.4 

11.78 1 469.9 11.78 1 471.7 11.78 1 483.8 1 475.13333 

11.88 1 473.6 11.88 1 475.4 11.88 1 487.4 1 478.8 

11.98 1 477.2 11.98 1 479.1 11.98 1 491 1 482.43333 

12.08 1 480.7 12.08 1 482.6 12.08 1 494.5 1 485.93333 

12.18 1 484.6 12.18 1 486.1 12.18 1 498.1 1 489.6 

12.28 1 488.3 12.28 1 489.8 12.28 1 501.8 1 493.3 

12.38 1 491.8 12.38 1 493.4 12.38 1 505.4 1 496.86667 

44


12.48 1 495.3 12.48 1 497 12.48 1 508.9 1 500.4 

12.58 1 499 12.58 1 500.4 12.58 1 512.3 1 503.9 

12.68 1.1 502.7 12.68 1.1 503.9 12.68 1.1 515.9 1.1 507.5 

12.78 1.1 506.2 12.78 1.1 507.5 12.78 1.1 519.5 1.1 511.06667 

12.88 1.1 509.8 12.88 1.1 511.2 12.88 1.1 523.1 1.1 514.7 

12.98 1.1 513.3 12.98 1.1 514.7 12.98 1.1 526.4 1.1 518.13333 

13.08 1.1 516.9 13.08 1.1 518.3 13.08 1.1 529.9 1.1 521.7 

13.18 1.1 520.5 13.18 1.1 521.7 13.18 1.1 533.3 1.1 525.16667 

13.28 1.1 524 13.28 1.1 525.4 13.28 1.1 536.9 1.1 528.76667 

13.38 1.1 527.6 13.38 1.1 528.8 13.38 1.1 540.4 1.1 532.26667 

13.48 1.1 531 13.48 1.1 532.2 13.48 1.1 543.7 1.1 535.63333 

13.58 1.1 534.5 13.58 1.1 535.5 13.58 1.1 546.9 1.1 538.96667 

13.68 1.1 538.3 13.68 1.1 539 13.68 1.1 550.3 1.1 542.53333 

13.78 1.1 541.7 13.78 1.1 542.6 13.78 1.1 553.8 1.1 546.03333 

13.88 1.2 545.3 13.88 1.2 546.1 13.88 1.2 557.2 1.2 549.53333 

13.98 1.2 548.7 13.98 1.2 549.5 13.98 1.2 560.3 1.2 552.83333 

14.08 1.2 552.2 14.08 1.2 552.7 14.08 1.2 563.6 1.2 556.16667 

14.18 1.2 555.7 14.18 1.2 556.1 14.18 1.2 566.7 1.2 559.5 

14.28 1.2 559.2 14.28 1.2 559.7 14.28 1.2 570.1 1.2 563 

14.38 1.2 562.7 14.38 1.2 563.2 14.38 1.2 573.2 1.2 566.36667 

14.48 1.2 566.1 14.48 1.2 566.5 14.48 1.2 576.2 1.2 569.6 

14.58 1.2 569.7 14.58 1.2 569.7 14.58 1.2 579.5 1.2 572.96667 

14.68 1.2 573.1 14.68 1.2 573 14.68 1.2 582.7 1.2 576.26667 

14.78 1.2 576.5 14.78 1.2 576.5 14.78 1.2 585.9 1.2 579.63333 

14.88 1.2 579.9 14.88 1.2 579.8 14.88 1.2 589 1.2 582.9 

14.98 1.2 583.4 14.98 1.2 583.1 14.98 1.2 592 1.2 586.16667 

15.08 1.3 586.9 15.08 1.3 586.3 15.08 1.3 594.9 1.3 589.36667 

15.18 1.3 590.4 15.18 1.3 589.5 15.18 1.3 597.9 1.3 592.6 

15.28 1.3 593.7 15.28 1.3 592.8 15.28 1.3 600.8 1.3 595.76667 

15.38 1.3 597.1 15.38 1.3 596.2 15.38 1.3 603.7 1.3 599 

15.48 1.3 600.5 15.48 1.3 599.5 15.48 1.3 606.6 1.3 602.2 

15.58 1.3 603.9 15.58 1.3 602.8 15.58 1.3 609.6 1.3 605.43333 

15.68 1.3 607.2 15.68 1.3 606.2 15.68 1.3 612.6 1.3 608.66667 

15.78 1.3 610.5 15.78 1.3 609.4 15.78 1.3 615.6 1.3 611.83333 

15.88 1.3 613.9 15.88 1.3 612.6 15.88 1.3 618.4 1.3 614.96667 

15.98 1.3 617.1 15.98 1.3 615.8 15.98 1.3 621.2 1.3 618.03333 

16.08 1.3 620.3 16.08 1.3 619.1 16.08 1.3 624.1 1.3 621.16667 

16.18 1.3 623.4 16.18 1.3 622.4 16.18 1.3 627.1 1.3 624.3 

16.28 1.4 626.7 16.28 1.4 625.7 16.28 1.4 629.9 1.4 627.43333 

16.38 1.4 630 16.38 1.4 628.8 16.38 1.4 632.6 1.4 630.46667 

16.48 1.4 633.3 16.48 1.4 631.9 16.48 1.4 635.3 1.4 633.5 

16.58 1.4 636.4 16.58 1.4 635.1 16.58 1.4 638.2 1.4 636.56667 

16.68 1.4 639.5 16.68 1.4 638.3 16.68 1.4 641.1 1.4 639.63333 

45


16.78 1.4 642.7 16.78 1.4 641.4 16.78 1.4 644 1.4 642.7 

16.88 1.4 645.9 16.88 1.4 644.6 16.88 1.4 646.7 1.4 645.73333 

16.98 1.4 649.1 16.98 1.4 647.7 16.98 1.4 649.4 1.4 648.73333 

17.08 1.4 652.2 17.08 1.4 650.8 17.08 1.4 652.3 1.4 651.76667 

17.18 1.4 655.3 17.18 1.4 653.8 17.18 1.4 655.3 1.4 654.8 

17.28 1.4 658.2 17.28 1.4 656.8 17.28 1.4 658.1 1.4 657.7 

17.38 1.4 661.4 17.38 1.4 659.9 17.38 1.4 660.8 1.4 660.7 

17.48 1.5 664.4 17.48 1.5 663.1 17.48 1.5 663.4 1.5 663.63333 

17.58 1.5 667.5 17.58 1.5 666.2 17.58 1.5 666.1 1.5 666.6 

17.68 1.5 670.6 17.68 1.5 669.1 17.68 1.5 668.9 1.5 669.53333 

17.78 1.5 673.6 17.78 1.5 672.2 17.78 1.5 671.6 1.5 672.46667 

17.88 1.5 676.7 17.88 1.5 675.2 17.88 1.5 674.4 1.5 675.43333 

17.98 1.5 679.7 17.98 1.5 678.3 17.98 1.5 677.1 1.5 678.36667 

18.08 1.5 682.5 18.08 1.5 681.5 18.08 1.5 680 1.5 681.33333 

18.18 1.5 685.4 18.18 1.5 684.4 18.18 1.5 683.1 1.5 684.3 

18.28 1.5 688.4 18.28 1.5 687.3 18.28 1.5 686.2 1.5 687.3 

18.38 1.5 691.5 18.38 1.5 690.3 18.38 1.5 689.4 1.5 690.4 

18.48 1.5 694.6 18.48 1.5 693.4 18.48 1.5 692.6 1.5 693.53333 

18.58 1.5 697.4 18.58 1.5 696.4 18.58 1.5 695.8 1.5 696.53333 

18.68 1.6 700.4 18.68 1.6 699.4 18.68 1.6 699 1.6 699.6 

18.78 1.6 703.5 18.78 1.6 702.4 18.78 1.6 702.2 1.6 702.7 

18.88 1.6 706.6 18.88 1.6 705.3 18.88 1.6 705.4 1.6 705.76667 

18.98 1.6 709.6 18.98 1.6 708.4 18.98 1.6 708.5 1.6 708.83333 

19.08 1.6 712.4 19.08 1.6 711.4 19.08 1.6 711.9 1.6 711.9 

19.18 1.6 715.2 19.18 1.6 714.3 19.18 1.6 715.1 1.6 714.86667 

19.28 1.6 718.2 19.28 1.6 717.1 19.28 1.6 718.3 1.6 717.86667 

19.38 1.6 721.1 19.38 1.6 720 19.38 1.6 721.3 1.6 720.8 

19.48 1.6 723.9 19.48 1.6 723 19.48 1.6 724.3 1.6 723.73333 

19.58 1.6 726.5 19.58 1.6 726 19.58 1.6 727.4 1.6 726.63333 

19.68 1.6 729.2 19.68 1.6 728.7 19.68 1.6 730.5 1.6 729.46667 

19.78 1.6 731.7 19.78 1.6 731.6 19.78 1.6 733.7 1.6 732.33333 

19.88 1.7 734.2 19.88 1.7 734.5 19.88 1.7 736.7 1.7 735.13333 

19.98 1.7 736.3 19.98 1.7 737.5 19.98 1.7 739.6 1.7 737.8 

20.08 1.7 738.5 20.08 1.7 740.3 20.08 1.7 742.4 1.7 740.4 

20.18 1.7 740.4 20.18 1.7 742.9 20.18 1.7 745.2 1.7 742.83333 

20.28 1.7 742.2 20.28 1.7 745.7 20.28 1.7 748 1.7 745.3 

20.38 1.7 743.7 20.38 1.7 748.6 20.38 1.7 750.9 1.7 747.73333 

20.48 1.7 744.7 20.48 1.7 751.5 20.48 1.7 753.5 1.7 749.9 

20.58 1.7 745.5 20.58 1.7 754.2 20.58 1.7 756 1.7 751.9 

20.68 1.7 746.2 20.68 1.7 756.8 20.68 1.7 758.3 1.7 753.76667 

20.78 1.7 746.5 20.78 1.7 759.5 20.78 1.7 760.4 1.7 755.46667 

20.88 1.7 746.3 20.88 1.7 762.2 20.88 1.7 762.4 1.7 756.96667 

20.98 1.7 745.1 20.98 1.7 764.9 20.98 1.7 764.1 1.7 758.03333 

46


21.08 1.8 743 21.08 1.8 767.4 21.08 1.8 765.3 1.8 758.56667 

21.18 1.8 739.8 21.18 1.8 769.9 21.18 1.8 766.2 1.8 758.63333 

21.28 1.8 735.2 21.28 1.8 772.3 21.28 1.8 766.7 1.8 758.06667 

21.36 1.8 730.1 21.38 1.8 774.7 21.38 1.8 766.8 1.8 757.2 

21.43 1.8 724.9 21.48 1.8 776.8 21.48 1.8 766.3 1.8 756 

21.48 1.8 719.7 21.58 1.8 778.5 21.58 1.8 765.4 1.8 754.53333 

21.52 1.8 714.7 21.68 1.8 780 21.68 1.8 764.3 1.8 753 

21.54 1.8 709.4 21.78 1.8 781.3 21.78 1.8 762.7 1.8 751.13333 

21.55 1.8 703.6 21.88 1.8 782.2 21.88 1.8 760.9 1.8 748.9 

21.55 1.8 694.6 21.98 1.8 782.5 21.98 1.8 758.5 1.8 745.2 

21.55 1.8 678.6 22.08 1.8 782.1 22.08 1.8 756 1.8 738.9 

21.55 1.8 656.6 22.18 1.8 781.1 22.18 1.8 753.3 1.8 730.33333 

21.55 1.8 630.5 22.28 1.9 779.7 22.28 1.9 750.8 1.8666667 720.33333 

21.56 1.8 601.7 22.38 1.9 777.9 22.38 1.9 748.3 1.8666667 709.3 

21.56 1.8 570.8 22.48 1.9 775.4 22.48 1.9 745.7 1.8666667 697.3 

21.56 1.8 538.7 22.58 1.9 772.5 22.58 1.9 743.1 1.8666667 684.76667 

21.56 1.8 506.1 22.68 1.9 769.2 22.68 1.9 740.5 1.8666667 671.93333 

21.56 1.8 473.3 22.78 1.9 765.9 22.78 1.9 738.2 1.8666667 659.13333 

21.57 1.8 440.7 22.88 1.9 762.6 22.88 1.9 735.9 1.8666667 646.4 

21.57 1.8 408.8 22.98 1.9 759.3 22.98 1.9 733.7 1.8666667 633.93333 

23.08 1.9 755.9 23.08 1.9 731.6 1.9 743.75 

23.18 1.9 752.8 23.18 1.9 729.7 1.9 741.25 

23.28 1.9 749.9 23.28 1.9 728 1.9 738.95 

23.38 1.9 747.2 23.38 1.9 726.3 1.9 736.75 

23.48 2 744.6 23.48 2 724.5 2 734.55 

23.58 2 742.2 23.58 2 723 2 732.6 

23.68 2 739.9 23.68 2 721.5 2 730.7 

23.78 2 737.8 23.78 2 720.2 2 729 

23.88 2 735.9 23.88 2 718.8 2 727.35 

23.98 2 734 23.98 2 717.4 2 725.7 

24.08 2 732.4 24.08 2 716.2 2 724.3 

24.18 2 730.8 24.18 2 715 2 722.9 

24.28 2 729.4 24.28 2 714.1 2 721.75 

24.38 2 727.9 24.38 2 713.2 2 720.55 

24.48 2 726.6 24.48 2 712.2 2 719.4 

24.58 2 725.2 24.58 2 711.2 2 718.2 

24.68 2.1 724.1 24.68 2.1 710.5 2.1 717.3 

24.78 2.1 723.1 24.78 2.1 709.8 2.1 716.45 

24.88 2.1 722 24.88 2.1 708.9 2.1 715.45 

24.98 2.1 721.1 24.98 2.1 708 2.1 714.55 

25.08 2.1 720.1 25.08 2.1 707.2 2.1 713.65 

25.18 2.1 719.2 25.18 2.1 706.6 2.1 712.9 

25.28 2.1 718.5 25.28 2.1 706 2.1 712.25 

47


25.38 2.1 717.6 25.38 2.1 705.4 2.1 711.5 

25.48 2.1 716.7 25.48 2.1 704.6 2.1 710.65 

25.58 2.1 715.8 25.58 2.1 704 2.1 709.9 

25.68 2.1 715.1 25.68 2.1 703.5 2.1 709.3 

25.78 2.1 714.5 25.78 2.1 703 2.1 708.75 

25.88 2.2 713.8 25.88 2.2 702.4 2.2 708.1 

25.98 2.2 713.2 25.98 2.2 701.8 2.2 707.5 

26.08 2.2 712.7 26.08 2.2 701.3 2.2 707 

26.18 2.2 712.1 26.18 2.2 701 2.2 706.55 

26.28 2.2 711.6 26.28 2.2 700.6 2.2 706.1 

26.38 2.2 711 26.38 2.2 700 2.2 705.5 

26.48 2.2 710.5 26.48 2.2 699.5 2.2 705 

26.58 2.2 710 26.58 2.2 699.1 2.2 704.55 

26.68 2.2 709.5 26.68 2.2 698.8 2.2 704.15 

26.78 2.2 708.9 26.78 2.2 698.4 2.2 703.65 

26.88 2.2 708.4 26.88 2.2 698 2.2 703.2 

26.98 2.2 708 26.98 2.2 697.4 2.2 702.7 

27.08 2.3 707.6 27.08 2.3 697.1 2.3 702.35 

27.18 2.3 707.1 27.18 2.3 696.9 2.3 702 

27.28 2.3 706.7 27.28 2.3 696.5 2.3 701.6 

27.38 2.3 706.2 27.38 2.3 696.2 2.3 701.2 

27.48 2.3 705.8 27.48 2.3 695.8 2.3 700.8 

27.58 2.3 705.6 27.58 2.3 695.6 2.3 700.6 

27.68 2.3 705 27.68 2.3 695.3 2.3 700.15 

27.78 2.3 704.6 27.78 2.3 694.9 2.3 699.75 

27.88 2.3 704.2 27.88 2.3 694.5 2.3 699.35 

27.98 2.3 703.9 27.98 2.3 694.1 2.3 699 

28.08 2.3 703.6 28.08 2.3 693.9 2.3 698.75 

28.18 2.3 703.3 28.18 2.3 693.7 2.3 698.5 

28.28 2.4 702.9 28.28 2.4 693.4 2.4 698.15 

28.38 2.4 702.5 28.38 2.4 693 2.4 697.75 

28.48 2.4 702.3 28.48 2.4 692.7 2.4 697.5 

28.58 2.4 702.1 28.58 2.4 692.4 2.4 697.25 

28.68 2.4 701.7 28.68 2.4 692.1 2.4 696.9 

28.78 2.4 701.4 28.78 2.4 691.9 2.4 696.65 

28.88 2.4 701.2 28.88 2.4 691.6 2.4 696.4 

28.98 2.4 701 28.98 2.4 691.3 2.4 696.15 

29.08 2.4 700.8 29.08 2.4 691.1 2.4 695.95 

29.18 2.4 700.4 29.18 2.4 690.7 2.4 695.55 

29.28 2.4 700 29.28 2.4 690.6 2.4 695.3 

29.38 2.4 699.7 29.38 2.4 690.2 2.4 694.95 

29.48 2.5 699.6 29.48 2.5 689.9 2.5 694.75 

29.58 2.5 699.3 29.58 2.5 689.6 2.5 694.45 

48


29.68 2.5 699 29.68 2.5 689.3 2.5 694.15 

29.78 2.5 698.7 29.78 2.5 689.1 2.5 693.9 

29.88 2.5 698.4 29.88 2.5 688.9 2.5 693.65 

29.98 2.5 698.2 29.98 2.5 688.7 2.5 693.45 

30.08 2.5 698 30.08 2.5 688.5 2.5 693.25 

30.18 2.5 697.6 30.18 2.5 688.2 2.5 692.9 

30.28 2.5 697.3 30.28 2.5 687.9 2.5 692.6 

30.38 2.5 697.3 30.38 2.5 687.6 2.5 692.45 

30.48 2.5 697.2 30.48 2.5 687.5 2.5 692.35 

30.58 2.5 696.9 30.58 2.5 687.2 2.5 692.05 

30.68 2.6 696.5 30.68 2.6 687 2.6 691.75 

30.78 2.6 696.2 30.78 2.6 686.7 2.6 691.45 

30.88 2.6 696.1 30.88 2.6 686.6 2.6 691.35 

30.98 2.6 696 30.98 2.6 686.4 2.6 691.2 

31.08 2.6 695.6 31.08 2.6 686.2 2.6 690.9 

31.18 2.6 695.4 31.18 2.6 686.1 2.6 690.75 

31.28 2.6 695.2 31.28 2.6 686 2.6 690.6 

31.38 2.6 695.1 31.38 2.6 685.7 2.6 690.4 

31.48 2.6 695 31.48 2.6 685.5 2.6 690.25 

31.58 2.6 694.7 31.58 2.6 685.2 2.6 689.95 

31.68 2.6 694.4 31.68 2.6 685.1 2.6 689.75 

31.78 2.6 694.2 31.78 2.6 684.9 2.6 689.55 

31.88 2.7 694 31.88 2.7 684.8 2.7 689.4 

31.98 2.7 693.8 31.98 2.7 684.5 2.7 689.15 

32.08 2.7 693.3 32.08 2.7 684.2 2.7 688.75 

32.18 2.7 693 32.18 2.7 684 2.7 688.5 

32.28 2.7 692.8 32.28 2.7 683.9 2.7 688.35 

32.38 2.7 692.7 32.38 2.7 683.8 2.7 688.25 

32.48 2.7 692.5 32.48 2.7 683.7 2.7 688.1 

32.58 2.7 692.3 32.58 2.7 683.4 2.7 687.85 

32.68 2.7 692 32.68 2.7 683.2 2.7 687.6 

32.78 2.7 691.9 32.78 2.7 683.2 2.7 687.55 

32.88 2.7 691.9 32.88 2.7 683 2.7 687.45 

32.98 2.7 691.7 32.98 2.7 682.7 2.7 687.2 

33.08 2.8 691.6 33.08 2.8 682.5 2.8 687.05 

33.18 2.8 691.3 33.18 2.8 682.4 2.8 686.85 

33.28 2.8 691.1 33.28 2.8 682.4 2.8 686.75 

33.38 2.8 691.1 33.38 2.8 682.3 2.8 686.7 

33.48 2.8 690.9 33.48 2.8 682.1 2.8 686.5 

33.58 2.8 690.6 33.58 2.8 681.9 2.8 686.25 

33.68 2.8 690.4 33.68 2.8 681.7 2.8 686.05 

33.78 2.8 690.5 33.78 2.8 681.6 2.8 686.05 

33.88 2.8 690.5 33.88 2.8 681.4 2.8 685.95 

49


33.98 2.8 690.3 33.98 2.8 681.1 2.8 685.7 

34.08 2.8 689.9 34.08 2.8 681 2.8 685.45 

34.18 2.8 689.7 34.18 2.8 680.9 2.8 685.3 

34.28 2.9 689.6 34.28 2.9 680.9 2.9 685.25 

34.38 2.9 689.5 34.38 2.9 680.7 2.9 685.1 

34.48 2.9 689.4 34.48 2.9 680.3 2.9 684.85 

34.58 2.9 689.3 34.58 2.9 680.1 2.9 684.7 

34.68 2.9 689.2 34.68 2.9 680.1 2.9 684.65 

34.78 2.9 689 34.78 2.9 680.1 2.9 684.55 

34.88 2.9 688.7 34.88 2.9 680 2.9 684.35 

34.98 2.9 688.7 34.98 2.9 679.8 2.9 684.25 

35.08 2.9 688.5 35.08 2.9 679.7 2.9 684.1 

35.18 2.9 688.3 35.18 2.9 679.6 2.9 683.95 

35.28 2.9 688.3 35.28 2.9 679.6 2.9 683.95 

35.38 2.9 688.1 35.38 2.9 679.4 2.9 683.75 

35.48 3 687.9 35.48 3 679.2 3 683.55 

35.58 3 687.6 35.58 3 679.1 3 683.35 

35.68 3 687.5 35.68 3 679.1 3 683.3 

35.78 3 687.5 35.78 3 679.1 3 683.3 

35.88 3 687.4 35.88 3 678.9 3 683.15 

35.98 3 687.3 35.98 3 678.8 3 683.05 

36.08 3 687.1 36.08 3 678.7 3 682.9 

36.18 3 687 36.18 3 678.8 3 682.9 

36.28 3 686.9 36.28 3 678.7 3 682.8 

36.38 3 686.7 36.38 3 678.4 3 682.55 

36.48 3 686.6 36.48 3 678.3 3 682.45 

36.58 3 686.5 36.58 3 678.1 3 682.3 

36.68 3.1 686.3 36.68 3.1 678.1 3.1 682.2 

36.78 3.1 686.1 36.78 3.1 678 3.1 682.05 

36.88 3.1 685.9 36.88 3.1 677.9 3.1 681.9 

36.98 3.1 685.7 36.98 3.1 677.6 3.1 681.65 

37.08 3.1 685.6 37.08 3.1 677.5 3.1 681.55 

37.18 3.1 685.4 37.18 3.1 677.4 3.1 681.4 

37.28 3.1 685.3 37.28 3.1 677.3 3.1 681.3 

37.38 3.1 685 37.38 3.1 677.2 3.1 681.1 

37.48 3.1 684.9 37.48 3.1 676.9 3.1 680.9 

37.58 3.1 684.8 37.58 3.1 676.9 3.1 680.85 

37.68 3.1 684.6 37.68 3.1 676.8 3.1 680.7 

37.78 3.1 684.4 37.78 3.1 676.7 3.1 680.55 

37.88 3.2 684.3 37.88 3.2 676.6 3.2 680.45 

37.98 3.2 684.2 37.98 3.2 676.5 3.2 680.35 

38.08 3.2 684.1 38.08 3.2 676.4 3.2 680.25 

38.18 3.2 683.9 38.18 3.2 676.4 3.2 680.15 

50


38.28 3.2 683.8 38.28 3.2 676.3 3.2 680.05 

38.38 3.2 683.6 38.38 3.2 676.2 3.2 679.9 

38.48 3.2 683.6 38.48 3.2 675.9 3.2 679.75 

38.58 3.2 683.4 38.58 3.2 675.8 3.2 679.6 

38.68 3.2 683.2 38.68 3.2 675.7 3.2 679.45 

38.78 3.2 683 38.78 3.2 675.7 3.2 679.35 

38.88 3.2 682.9 38.88 3.2 675.6 3.2 679.25 

38.98 3.2 682.7 38.98 3.2 675.4 3.2 679.05 

39.08 3.3 682.6 39.08 3.3 675.4 3.3 679 

39.18 3.3 682.4 39.18 3.3 675.2 3.3 678.8 

39.28 3.3 682.2 39.28 3.3 675.3 3.3 678.75 

39.38 3.3 682.1 39.38 3.3 675.1 3.3 678.6 

39.48 3.3 682.1 39.48 3.3 675.1 3.3 678.6 

39.58 3.3 682 39.58 3.3 675 3.3 678.5 

39.68 3.3 681.7 39.68 3.3 674.9 3.3 678.3 

39.78 3.3 681.5 39.78 3.3 674.8 3.3 678.15 

39.88 3.3 681.4 39.88 3.3 674.7 3.3 678.05 

39.98 3.3 681.3 39.98 3.3 674.7 3.3 678 

40.08 3.3 681.1 40.08 3.3 674.5 3.3 677.8 

40.18 3.3 680.8 40.18 3.3 674.4 3.3 677.6 

40.28 3.4 680.7 40.28 3.4 674.2 3.4 677.45 

40.38 3.4 680.7 40.38 3.4 674.2 3.4 677.45 

40.48 3.4 680.6 40.48 3.4 674.1 3.4 677.35 

40.58 3.4 680.4 40.58 3.4 674.1 3.4 677.25 

40.68 3.4 680.1 40.68 3.4 674 3.4 677.05 

40.78 3.4 679.9 40.78 3.4 673.9 3.4 676.9 

40.88 3.4 679.9 40.88 3.4 673.9 3.4 676.9 

40.98 3.4 679.9 40.98 3.4 673.8 3.4 676.85 

41.08 3.4 679.6 41.08 3.4 673.6 3.4 676.6 

41.18 3.4 679.3 41.18 3.4 673.5 3.4 676.4 

41.28 3.4 679.2 41.28 3.4 673.4 3.4 676.3 

41.38 3.4 679.2 41.38 3.4 673.4 3.4 676.3 

41.48 3.5 679.2 41.48 3.5 673.3 3.5 676.25 

41.58 3.5 679 41.58 3.5 673.1 3.5 676.05 

41.68 3.5 678.8 41.68 3.5 673 3.5 675.9 

41.78 3.5 678.7 41.78 3.5 673 3.5 675.85 

41.88 3.5 678.6 41.88 3.5 673 3.5 675.8 

41.98 3.5 678.5 41.98 3.5 672.9 3.5 675.7 

42.08 3.5 678.1 42.08 3.5 672.7 3.5 675.4 

42.18 3.5 677.8 42.18 3.5 672.6 3.5 675.2 

42.28 3.5 677.6 42.28 3.5 672.6 3.5 675.1 

42.38 3.5 677.7 42.38 3.5 672.6 3.5 675.15 

42.48 3.5 677.6 42.48 3.5 672.5 3.5 675.05 

51


42.58 3.5 677.4 42.58 3.5 672.3 3.5 674.85 

42.68 3.6 677 42.68 3.6 672.2 3.6 674.6 

42.78 3.6 676.9 42.78 3.6 672.3 3.6 674.6 

42.88 3.6 676.8 42.88 3.6 672.3 3.6 674.55 

42.98 3.6 676.7 42.98 3.6 672.2 3.6 674.45 

43.08 3.6 676.5 43.08 3.6 672 3.6 674.25 

43.18 3.6 676.2 43.18 3.6 671.8 3.6 674 

43.28 3.6 676.2 43.28 3.6 671.9 3.6 674.05 

43.38 3.6 676.2 43.38 3.6 671.8 3.6 674 

43.48 3.6 676.1 43.48 3.6 671.6 3.6 673.85 

43.58 3.6 676 43.58 3.6 671.6 3.6 673.8 

43.68 3.6 675.7 43.68 3.6 671.6 3.6 673.65 

43.78 3.6 675.7 43.78 3.6 671.8 3.6 673.75 

43.88 3.7 675.6 43.88 3.7 671.7 3.7 673.65 

43.98 3.7 675.4 43.98 3.7 671.4 3.7 673.4 

44.08 3.7 675.2 44.08 3.7 671.4 3.7 673.3 

44.18 3.7 675 44.18 3.7 671.4 3.7 673.2 

44.28 3.7 674.9 44.28 3.7 671.5 3.7 673.2 

44.38 3.7 674.7 44.38 3.7 671.3 3.7 673 

44.48 3.7 674.6 44.48 3.7 671.1 3.7 672.85 

44.58 3.7 674.3 44.58 3.7 671 3.7 672.65 

44.68 3.7 674 44.68 3.7 671 3.7 672.5 

44.78 3.7 673.8 44.78 3.7 671.1 3.7 672.45 

44.88 3.7 673.5 44.88 3.7 671.1 3.7 672.3 

44.98 3.7 673.4 44.98 3.7 671 3.7 672.2 

45.08 3.8 673.1 45.08 3.8 670.9 3.8 672 

45.18 3.8 672.8 45.18 3.8 670.9 3.8 671.85 

45.28 3.8 672.5 45.28 3.8 671 3.8 671.75 

45.38 3.8 672.2 45.38 3.8 670.8 3.8 671.5 

45.48 3.8 672 45.48 3.8 670.7 3.8 671.35 

45.58 3.8 671.7 45.58 3.8 670.7 3.8 671.2 

45.68 3.8 671.4 45.68 3.8 670.8 3.8 671.1 

45.78 3.8 671.2 45.78 3.8 670.8 3.8 671 

45.88 3.8 670.9 45.88 3.8 670.6 3.8 670.75 

45.98 3.8 670.6 45.98 3.8 670.5 3.8 670.55 

46.08 3.8 670.3 46.08 3.8 670.4 3.8 670.35 

46.18 3.8 670 46.18 3.8 670.5 3.8 670.25 

46.28 3.9 669.8 46.28 3.9 670.4 3.9 670.1 

46.38 3.9 669.5 46.38 3.9 670.1 3.9 669.8 

46.48 3.9 669.2 46.48 3.9 670 3.9 669.6 

46.58 3.9 668.9 46.58 3.9 670.1 3.9 669.5 

46.68 3.9 668.6 46.68 3.9 670.1 3.9 669.35 

46.78 3.9 668.3 46.78 3.9 670 3.9 669.15 

52


46.88 3.9 668 46.88 3.9 669.9 3.9 668.95 

46.98 3.9 667.7 46.98 3.9 669.7 3.9 668.7 

47.08 3.9 667.4 47.08 3.9 669.7 3.9 668.55 

47.18 3.9 667 47.18 3.9 669.7 3.9 668.35 

47.28 3.9 666.6 47.28 3.9 669.7 3.9 668.15 

47.38 3.9 666.3 47.38 3.9 669.7 3.9 668 

47.48 4 666.1 47.48 4 669.6 4 667.85 

47.58 4 665.8 47.58 4 669.6 4 667.7 

47.68 4 665.4 47.68 4 669.6 4 667.5 

47.78 4 665 47.78 4 669.4 4 667.2 

47.88 4 664.7 47.88 4 669.4 4 667.05 

47.98 4 664.5 47.98 4 669.4 4 666.95 

48.08 4 664.3 48.08 4 669.4 4 666.85 

48.18 4 663.9 48.18 4 669.4 4 666.65 

48.28 4 663.5 48.28 4 669.2 4 666.35 

48.38 4 663.2 48.38 4 669.1 4 666.15 

48.48 4 662.9 48.48 4 669.1 4 666 

48.58 4 662.6 48.58 4 669.2 4 665.9 

48.68 4.1 662.1 48.68 4.1 669.1 4.1 665.6 

48.78 4.1 661.7 48.78 4.1 669.1 4.1 665.4 

48.88 4.1 661.3 48.88 4.1 668.9 4.1 665.1 

48.98 4.1 661 48.98 4.1 668.8 4.1 664.9 

49.08 4.1 660.7 49.08 4.1 668.9 4.1 664.8 

49.18 4.1 660.2 49.18 4.1 668.8 4.1 664.5 

49.28 4.1 659.8 49.28 4.1 668.7 4.1 664.25 

49.38 4.1 659.4 49.38 4.1 668.5 4.1 663.95 

49.48 4.1 659.2 49.48 4.1 668.4 4.1 663.8 

49.58 4.1 658.8 49.58 4.1 668.3 4.1 663.55 

49.68 4.1 658.2 49.68 4.1 668.2 4.1 663.2 

49.78 4.1 657.8 49.78 4.1 668.2 4.1 663 

49.88 4.2 657.4 49.88 4.2 668.2 4.2 662.8 

49.98 4.2 657.2 49.98 4.2 668.2 4.2 662.7 

50.08 4.2 656.8 50.08 4.2 668.1 4.2 662.45 

50.18 4.2 656.3 50.18 4.2 668 4.2 662.15 

50.28 4.2 655.8 50.28 4.2 667.8 4.2 661.8 

50.38 4.2 655.5 50.38 4.2 667.8 4.2 661.65 

50.48 4.2 655.2 50.48 4.2 667.8 4.2 661.5 

50.58 4.2 654.9 50.58 4.2 667.8 4.2 661.35 

50.68 4.2 654.4 50.68 4.2 667.7 4.2 661.05 

50.78 4.2 653.9 50.78 4.2 667.6 4.2 660.75 

50.88 4.2 653.6 50.88 4.2 667.6 4.2 660.6 

50.98 4.2 653.3 50.98 4.2 667.5 4.2 660.4 

51.08 4.3 652.8 51.08 4.3 667.4 4.3 660.1 

53


51.18 4.3 652.4 51.18 4.3 667.4 4.3 659.9 

51.28 4.3 651.9 51.28 4.3 667.4 4.3 659.65 

51.38 4.3 651.6 51.38 4.3 667.2 4.3 659.4 

51.48 4.3 651.3 51.48 4.3 667.1 4.3 659.2 

51.58 4.3 650.8 51.58 4.3 666.9 4.3 658.85 

51.68 4.3 650.4 51.68 4.3 666.9 4.3 658.65 

51.78 4.3 649.9 51.78 4.3 666.9 4.3 658.4 

51.88 4.3 649.6 51.88 4.3 666.9 4.3 658.25 

51.98 4.3 649.3 51.98 4.3 666.8 4.3 658.05 

52.08 4.3 648.7 52.08 4.3 666.6 4.3 657.65 

52.18 4.3 648.1 52.18 4.3 666.6 4.3 657.35 

52.28 4.4 647.5 52.28 4.4 666.6 4.4 657.05 

52.3 4.4 641.6 52.38 4.4 666.6 4.4 654.1 

52.31 4.4 633.7 52.48 4.4 666.5 4.4 650.1 

52.31 4.4 624.6 52.58 4.4 666.4 4.4 645.5 

52.31 4.4 610 52.68 4.4 666.2 4.4 638.1 

52.32 4.4 590.9 52.78 4.4 666.2 4.4 628.55 

52.32 4.4 568.9 52.88 4.4 666.2 4.4 617.55 

52.32 4.4 544.8 52.98 4.4 666.1 4.4 605.45 

52.32 4.4 519.4 53.08 4.4 666.1 4.4 592.75 

52.32 4.4 493.2 53.18 4.4 666.1 4.4 579.65 

52.33 4.4 466.7 53.28 4.4 666.1 4.4 566.4 

52.33 4.4 440.1 53.38 4.4 666 4.4 553.05 

52.33 4.4 413.8 53.48 4.5 665.9 4.45 539.85 

52.33 4.4 388.2 53.58 4.5 665.7 4.45 526.95 

53.68 4.5 665.6 4.5 665.6 

53.78 4.5 665.7 4.5 665.7 

53.88 4.5 665.7 4.5 665.7 

53.98 4.5 665.4 4.5 665.4 

54.08 4.5 665.3 4.5 665.3 

54.18 4.5 665.3 4.5 665.3 

54.28 4.5 665.4 4.5 665.4 

54.38 4.5 665.4 4.5 665.4 

54.48 4.5 665.1 4.5 665.1 

54.58 4.5 665.1 4.5 665.1 

54.68 4.6 665.2 4.6 665.2 

54.78 4.6 665.3 4.6 665.3 

54.88 4.6 665.1 4.6 665.1 

54.98 4.6 665 4.6 665 

55.08 4.6 664.9 4.6 664.9 

55.18 4.6 665 4.6 665 

55.28 4.6 665 4.6 665 

55.38 4.6 664.8 4.6 664.8 

54


55.48 4.6 664.8 4.6 664.8 

55.58 4.6 664.8 4.6 664.8 

55.68 4.6 664.9 4.6 664.9 

55.78 4.6 664.9 4.6 664.9 

55.88 4.7 664.7 4.7 664.7 

55.98 4.7 664.6 4.7 664.6 

56.08 4.7 664.6 4.7 664.6 

56.18 4.7 664.7 4.7 664.7 

56.28 4.7 664.7 4.7 664.7 

56.38 4.7 664.5 4.7 664.5 

56.48 4.7 664.4 4.7 664.4 

56.58 4.7 664.4 4.7 664.4 

56.68 4.7 664.4 4.7 664.4 

56.78 4.7 664.4 4.7 664.4 

56.88 4.7 664.3 4.7 664.3 

56.98 4.7 664.1 4.7 664.1 

57.08 4.8 664.2 4.8 664.2 

57.18 4.8 664.2 4.8 664.2 

57.28 4.8 664.2 4.8 664.2 

57.38 4.8 664.1 4.8 664.1 

57.48 4.8 664 4.8 664 

57.58 4.8 664.1 4.8 664.1 

57.68 4.8 664.1 4.8 664.1 

57.78 4.8 664.1 4.8 664.1 

57.88 4.8 664.1 4.8 664.1 

57.98 4.8 664 4.8 664 

58.08 4.8 664 4.8 664 

58.18 4.8 663.9 4.8 663.9 

58.28 4.9 663.8 4.9 663.8 

58.38 4.9 663.7 4.9 663.7 

58.48 4.9 663.8 4.9 663.8 

58.58 4.9 663.8 4.9 663.8 

58.68 4.9 663.8 4.9 663.8 

58.78 4.9 663.7 4.9 663.7 

58.88 4.9 663.4 4.9 663.4 

58.98 4.9 663.3 4.9 663.3 

59.08 4.9 663.3 4.9 663.3 

59.18 4.9 663.3 4.9 663.3 

59.28 4.9 663.3 4.9 663.3 

59.38 4.9 663.2 4.9 663.2 

59.48 5 663.2 5 663.2 

59.58 5 663.2 5 663.2 

59.68 5 663.1 5 663.1 

55


59.78 5 662.9 5 662.9 

59.88 5 662.8 5 662.8 

59.98 5 662.8 5 662.8 

60.08 5 662.7 5 662.7 

60.18 5 662.7 5 662.7 

60.28 5 662.7 5 662.7 

60.38 5 662.7 5 662.7 

60.48 5 662.7 5 662.7 

60.58 5 662.7 5 662.7 

60.68 5.1 662.6 5.1 662.6 

60.78 5.1 662.5 5.1 662.5 

60.88 5.1 662.5 5.1 662.5 

60.98 5.1 662.5 5.1 662.5 

61.08 5.1 662.4 5.1 662.4 

61.18 5.1 662.3 5.1 662.3 

61.28 5.1 662.3 5.1 662.3 

61.38 5.1 662.3 5.1 662.3 

61.48 5.1 662.2 5.1 662.2 

61.58 5.1 662.1 5.1 662.1 

61.68 5.1 662.1 5.1 662.1 

61.78 5.1 662.1 5.1 662.1 

61.88 5.2 662.2 5.2 662.2 

61.98 5.2 662 5.2 662 

62.08 5.2 662 5.2 662 

62.18 5.2 661.9 5.2 661.9 

62.28 5.2 661.9 5.2 661.9 

62.38 5.2 661.9 5.2 661.9 

62.48 5.2 661.9 5.2 661.9 

62.58 5.2 661.8 5.2 661.8 

62.68 5.2 661.8 5.2 661.8 

62.78 5.2 661.9 5.2 661.9 

62.88 5.2 661.8 5.2 661.8 

62.98 5.2 661.7 5.2 661.7 

63.08 5.3 661.8 5.3 661.8 

63.18 5.3 661.8 5.3 661.8 

63.28 5.3 661.9 5.3 661.9 

63.38 5.3 661.8 5.3 661.8 

63.48 5.3 661.6 5.3 661.6 

63.58 5.3 661.5 5.3 661.5 

63.68 5.3 661.5 5.3 661.5 

63.78 5.3 661.6 5.3 661.6 

63.88 5.3 661.5 5.3 661.5 

63.98 5.3 661.2 5.3 661.2 

56


64.08 5.3 661.1 5.3 661.1 

64.18 5.3 661.1 5.3 661.1 

64.28 5.4 661.1 5.4 661.1 

64.38 5.4 661.1 5.4 661.1 

64.48 5.4 660.9 5.4 660.9 

64.58 5.4 661 5.4 661 

64.68 5.4 661.2 5.4 661.2 

64.78 5.4 661.2 5.4 661.2 

64.88 5.4 661.1 5.4 661.1 

64.98 5.4 661 5.4 661 

65.08 5.4 660.9 5.4 660.9 

65.18 5.4 660.9 5.4 660.9 

65.28 5.4 660.9 5.4 660.9 

65.38 5.4 660.8 5.4 660.8 

65.48 5.5 660.7 5.5 660.7 

65.58 5.5 660.7 5.5 660.7 

65.68 5.5 660.7 5.5 660.7 

65.78 5.5 660.8 5.5 660.8 

65.88 5.5 660.7 5.5 660.7 

65.98 5.5 660.6 5.5 660.6 

66.08 5.5 660.6 5.5 660.6 

66.18 5.5 660.7 5.5 660.7 

66.28 5.5 660.7 5.5 660.7 

66.38 5.5 660.4 5.5 660.4 

66.48 5.5 660.3 5.5 660.3 

66.58 5.5 660.3 5.5 660.3 

66.68 5.6 660.3 5.6 660.3 

66.78 5.6 660.3 5.6 660.3 

66.88 5.6 660.2 5.6 660.2 

66.98 5.6 660.1 5.6 660.1 

67.08 5.6 660.3 5.6 660.3 

67.18 5.6 660.3 5.6 660.3 

67.28 5.6 660.3 5.6 660.3 

67.38 5.6 660.2 5.6 660.2 

67.48 5.6 660.1 5.6 660.1 

67.58 5.6 660.2 5.6 660.2 

67.68 5.6 660.2 5.6 660.2 

67.78 5.6 660.1 5.6 660.1 

67.88 5.7 659.9 5.7 659.9 

67.98 5.7 659.8 5.7 659.8 

68.08 5.7 659.9 5.7 659.9 

68.18 5.7 659.8 5.7 659.8 

68.28 5.7 659.5 5.7 659.5 

57


68.38 5.7 659.2 5.7 659.2 

68.48 5.7 659 5.7 659 

68.58 5.7 658.8 5.7 658.8 

68.68 5.7 658.6 5.7 658.6 

68.78 5.7 658.4 5.7 658.4 

68.88 5.7 658.1 5.7 658.1 

68.98 5.7 657.9 5.7 657.9 

69.08 5.8 657.6 5.8 657.6 

69.18 5.8 657.2 5.8 657.2 

69.28 5.8 657.1 5.8 657.1 

69.38 5.8 656.7 5.8 656.7 

69.48 5.8 656.4 5.8 656.4 

69.58 5.8 656.1 5.8 656.1 

69.68 5.8 655.7 5.8 655.7 

69.78 5.8 655.3 5.8 655.3 

69.88 5.8 654.8 5.8 654.8 

69.98 5.8 654.5 5.8 654.5 

70.08 5.8 654.1 5.8 654.1 

70.18 5.8 653.7 5.8 653.7 

70.28 5.9 653.2 5.9 653.2 

70.38 5.9 652.8 5.9 652.8 

70.48 5.9 652.3 5.9 652.3 

70.58 5.9 651.8 5.9 651.8 

70.68 5.9 651.2 5.9 651.2 

70.78 5.9 650.7 5.9 650.7 

70.88 5.9 650.2 5.9 650.2 

70.98 5.9 649.6 5.9 649.6 

71.08 5.9 649 5.9 649 

71.18 5.9 648.4 5.9 648.4 

71.21 5.9 640.8 5.9 640.8 

71.21 5.9 633.6 5.9 633.6 

71.22 5.9 620.6 5.9 620.6 

71.22 5.9 602.6 5.9 602.6 

71.22 5.9 581.1 5.9 581.1 

71.22 5.9 557.2 5.9 557.2 

71.22 5.9 531.6 5.9 531.6 

71.23 5.9 505 5.9 505 

71.23 5.9 477.9 5.9 477.9 

71.23 5.9 450.6 5.9 450.6 

71.23 5.9 423.5 5.9 423.5 

71.23 5.9 396.9 5.9 396.9 

71.24 5.9 371.5 5.9 371.5 

58


1 2 3 22 days 

avg 

Time Extension Load Time Extension Load Time Extension Load extension 

(sec) (mm) (N) (sec) (mm) (N) (sec) (mm) (N) 

avg load 

0 0 10.5 0 0 0.4 0 0 0 0 3.6333333 

0.1 0 10.6 0.1 0 1 0.1 0 0.6 0 4.0666667 

0.2 0 13.3 0.2 0 5.6 0.2 0 5.3 0 8.0666667 

0.28 0 18.3 0.29 0 10.7 0.29 0 10.3 0 13.1 

0.37 0 23.3 0.39 0 15.7 0.39 0 15.3 0 18.1 

0.47 0.1 28.3 0.49 0 20.6 0.49 0 19.9 0.0333333 22.933333 

0.57 0.1 33.2 0.59 0 25.4 0.59 0 24.3 0.0333333 27.633333 

0.67 0.1 37.7 0.69 0.1 30 0.69 0.1 28.6 0.1 32.1 

0.77 0.1 41.9 0.79 0.1 34.6 0.79 0.1 32.9 0.1 36.466667 

0.87 0.1 46 0.89 0.1 39.1 0.89 0.1 37.2 0.1 40.766667 

0.97 0.1 50.2 0.99 0.1 43.5 0.99 0.1 41.3 0.1 45 

1.07 0.1 54.6 1.09 0.1 47.9 1.09 0.1 45.3 0.1 49.266667 

1.17 0.1 58.6 1.19 0.1 52.4 1.19 0.1 49.4 0.1 53.466667 

1.27 0.1 62.5 1.29 0.1 57 1.29 0.1 53.6 0.1 57.7 

1.37 0.1 66.5 1.39 0.1 61.4 1.39 0.1 57.8 0.1 61.9 

1.47 0.1 70.6 1.49 0.1 65.7 1.49 0.1 61.6 0.1 65.966667 

1.57 0.2 74.7 1.59 0.1 70.1 1.59 0.1 65.4 0.1333333 70.066667 

1.67 0.2 78.7 1.69 0.1 74.7 1.69 0.1 69.2 0.1333333 74.2 

1.77 0.2 82.6 1.79 0.1 79.3 1.79 0.1 73.1 0.1333333 78.333333 

1.87 0.2 86.4 1.89 0.2 83.6 1.89 0.2 77.2 0.2 82.4 

1.97 0.2 90.4 1.99 0.2 87.8 1.99 0.2 81.1 0.2 86.433333 

2.07 0.2 94.3 2.09 0.2 92 2.09 0.2 85 0.2 90.433333 

2.17 0.2 98.1 2.19 0.2 96.5 2.19 0.2 88.8 0.2 94.466667 

2.27 0.2 101.8 2.29 0.2 100.9 2.29 0.2 92.8 0.2 98.5 

2.37 0.2 105.8 2.39 0.2 105.1 2.39 0.2 96.7 0.2 102.53333 

2.47 0.2 109.8 2.49 0.2 109.4 2.49 0.2 100.6 0.2 106.6 

2.57 0.2 113.6 2.59 0.2 113.7 2.59 0.2 104.4 0.2 110.56667 

2.67 0.2 117.4 2.69 0.2 118.1 2.69 0.2 108.4 0.2 114.63333 

2.77 0.3 121.1 2.79 0.2 122.3 2.79 0.2 112.4 0.2333333 118.6 

2.87 0.3 125 2.89 0.2 126.4 2.89 0.2 116.2 0.2333333 122.53333 

2.97 0.3 128.8 2.99 0.2 130.6 2.99 0.2 120 0.2333333 126.46667 

3.07 0.3 132.5 3.09 0.3 134.7 3.09 0.3 123.8 0.3 130.33333 

3.17 0.3 136.3 3.19 0.3 139.1 3.19 0.3 127.7 0.3 134.36667 

3.27 0.3 140 3.29 0.3 143.4 3.29 0.3 131.7 0.3 138.36667 

3.37 0.3 143.6 3.39 0.3 147.6 3.39 0.3 135.7 0.3 142.3 

3.47 0.3 147.4 3.49 0.3 151.6 3.49 0.3 139.5 0.3 146.16667 

3.57 0.3 151.1 3.59 0.3 155.9 3.59 0.3 143.3 0.3 150.1 

3.67 0.3 154.9 3.69 0.3 160.1 3.69 0.3 147.1 0.3 154.03333 

3.77 0.3 158.5 3.79 0.3 164.2 3.79 0.3 151.1 0.3 157.93333 

59


3.87 0.3 162.3 3.89 0.3 168.3 3.89 0.3 154.9 0.3 161.83333 

3.97 0.4 165.9 3.99 0.3 172.5 3.99 0.3 158.6 0.3333333 165.66667 

4.07 0.4 169.6 4.09 0.3 176.7 4.09 0.3 162.3 0.3333333 169.53333 

4.17 0.4 173.2 4.19 0.3 181 4.19 0.3 166.2 0.3333333 173.46667 

4.27 0.4 176.9 4.29 0.4 185.2 4.29 0.4 170.1 0.4 177.4 

4.37 0.4 180.5 4.39 0.4 189.3 4.39 0.4 173.9 0.4 181.23333 

4.47 0.4 184.2 4.49 0.4 193.3 4.49 0.4 177.8 0.4 185.1 

4.57 0.4 187.8 4.59 0.4 197.4 4.59 0.4 181.6 0.4 188.93333 

4.67 0.4 191.5 4.69 0.4 201.6 4.69 0.4 185.4 0.4 192.83333 

4.77 0.4 195.1 4.79 0.4 205.7 4.79 0.4 189.3 0.4 196.7 

4.87 0.4 198.7 4.89 0.4 209.7 4.89 0.4 193.2 0.4 200.53333 

4.97 0.4 202.3 4.99 0.4 213.8 4.99 0.4 196.9 0.4 204.33333 

5.07 0.4 205.9 5.09 0.4 217.9 5.09 0.4 200.7 0.4 208.16667 

5.17 0.5 209.5 5.19 0.4 222 5.19 0.4 204.6 0.4333333 212.03333 

5.27 0.5 213.2 5.29 0.4 226 5.29 0.4 208.3 0.4333333 215.83333 

5.37 0.5 216.7 5.39 0.4 229.9 5.39 0.4 212 0.4333333 219.53333 

5.47 0.5 220.2 5.49 0.5 234 5.49 0.5 215.7 0.5 223.3 

5.57 0.5 223.8 5.59 0.5 238.1 5.59 0.5 219.6 0.5 227.16667 

5.67 0.5 227.5 5.69 0.5 242.2 5.69 0.5 223.5 0.5 231.06667 

5.77 0.5 231.1 5.79 0.5 246.2 5.79 0.5 227.2 0.5 234.83333 

5.87 0.5 234.6 5.89 0.5 250.1 5.89 0.5 231 0.5 238.56667 

5.97 0.5 238.1 5.99 0.5 254.2 5.99 0.5 234.6 0.5 242.3 

6.07 0.5 241.5 6.09 0.5 258.3 6.09 0.5 238.2 0.5 246 

6.17 0.5 245.1 6.19 0.5 262.3 6.19 0.5 242.1 0.5 249.83333 

6.27 0.5 248.7 6.29 0.5 266.3 6.29 0.5 245.8 0.5 253.6 

6.37 0.6 252.2 6.39 0.5 270.3 6.39 0.5 249.7 0.5333333 257.4 

6.47 0.6 255.6 6.49 0.5 274.5 6.49 0.5 253.2 0.5333333 261.1 

6.57 0.6 259 6.59 0.5 278.6 6.59 0.5 256.9 0.5333333 264.83333 

6.67 0.6 262.5 6.69 0.6 282.6 6.69 0.6 260.7 0.6 268.6 

6.77 0.6 266 6.79 0.6 286.6 6.79 0.6 264.4 0.6 272.33333 

6.87 0.6 269.4 6.89 0.6 290.4 6.89 0.6 268.2 0.6 276 

6.97 0.6 272.8 6.99 0.6 294.3 6.99 0.6 271.9 0.6 279.66667 

7.07 0.6 276.3 7.09 0.6 298.4 7.09 0.6 275.6 0.6 283.43333 

7.17 0.6 279.8 7.19 0.6 302.4 7.19 0.6 279.3 0.6 287.16667 

7.27 0.6 283.3 7.29 0.6 306.5 7.29 0.6 283 0.6 290.93333 

7.37 0.6 286.7 7.39 0.6 310.4 7.39 0.6 286.5 0.6 294.53333 

7.47 0.6 290 7.49 0.6 314.5 7.49 0.6 290.2 0.6 298.23333 

7.57 0.7 293.4 7.59 0.6 318.3 7.59 0.6 294 0.6333333 301.9 

7.67 0.7 297 7.69 0.6 322.3 7.69 0.6 297.8 0.6333333 305.7 

7.77 0.7 300.4 7.79 0.6 326.3 7.79 0.6 301.5 0.6333333 309.4 

7.87 0.7 303.8 7.89 0.7 330.3 7.89 0.7 305 0.7 313.03333 

7.97 0.7 307.3 7.99 0.7 334.2 7.99 0.7 308.6 0.7 316.7 

8.07 0.7 310.9 8.09 0.7 338.1 8.09 0.7 312.4 0.7 320.46667 

60


8.17 0.7 314.6 8.19 0.7 342 8.19 0.7 316.1 0.7 324.23333 

8.27 0.7 318.1 8.29 0.7 345.9 8.29 0.7 319.8 0.7 327.93333 

8.37 0.7 321.4 8.39 0.7 349.8 8.39 0.7 323.5 0.7 331.56667 

8.47 0.7 324.8 8.49 0.7 353.6 8.49 0.7 327.2 0.7 335.2 

8.57 0.7 328.4 8.59 0.7 357.3 8.59 0.7 330.8 0.7 338.83333 

8.67 0.7 332 8.69 0.7 361.1 8.69 0.7 334.3 0.7 342.46667 

8.77 0.8 335.4 8.79 0.7 365.1 8.79 0.7 337.8 0.7333333 346.1 

8.87 0.8 338.9 8.89 0.7 369 8.89 0.7 341.4 0.7333333 349.76667 

8.97 0.8 342.3 8.99 0.7 372.8 8.99 0.7 345 0.7333333 353.36667 

9.07 0.8 345.9 9.09 0.8 376.6 9.09 0.8 348.5 0.8 357 

9.17 0.8 349.4 9.19 0.8 380.4 9.19 0.8 352 0.8 360.6 

9.27 0.8 352.8 9.29 0.8 384.4 9.29 0.8 355.5 0.8 364.23333 

9.37 0.8 356.1 9.39 0.8 388.3 9.39 0.8 359.2 0.8 367.86667 

9.47 0.8 359.5 9.49 0.8 392 9.49 0.8 362.7 0.8 371.4 

9.57 0.8 363.1 9.59 0.8 395.8 9.59 0.8 366.2 0.8 375.03333 

9.67 0.8 366.6 9.69 0.8 399.5 9.69 0.8 369.7 0.8 378.6 

9.77 0.8 370 9.79 0.8 403.5 9.79 0.8 373.2 0.8 382.23333 

9.87 0.8 373.4 9.89 0.8 407.2 9.89 0.8 376.7 0.8 385.76667 

9.97 0.9 376.8 9.99 0.8 410.9 9.99 0.8 380.3 0.8333333 389.33333 

10.07 0.9 380.3 10.09 0.8 414.7 10.09 0.8 383.7 0.8333333 392.9 

10.17 0.9 383.7 10.19 0.8 418.4 10.19 0.8 387.1 0.8333333 396.4 

10.27 0.9 386.9 10.29 0.9 422.3 10.29 0.9 390.5 0.9 399.9 

10.37 0.9 390.3 10.39 0.9 426 10.39 0.9 393.9 0.9 403.4 

10.47 0.9 393.7 10.49 0.9 429.7 10.49 0.9 397.3 0.9 406.9 

10.57 0.9 397.2 10.59 0.9 433.4 10.59 0.9 400.7 0.9 410.43333 

10.67 0.9 400.7 10.69 0.9 437.2 10.69 0.9 404.2 0.9 414.03333 

10.77 0.9 404.1 10.79 0.9 441 10.79 0.9 407.6 0.9 417.56667 

10.87 0.9 407.4 10.89 0.9 444.6 10.89 0.9 411 0.9 421 

10.97 0.9 410.8 10.99 0.9 448.2 10.99 0.9 414.3 0.9 424.43333 

11.07 0.9 414.3 11.09 0.9 452 11.09 0.9 417.5 0.9 427.93333 

11.17 1 417.7 11.19 0.9 455.8 11.19 0.9 420.8 0.9333333 431.43333 

11.27 1 421.1 11.29 0.9 459.6 11.29 0.9 424.2 0.9333333 434.96667 

11.37 1 424.4 11.39 0.9 463.2 11.39 0.9 427.7 0.9333333 438.43333 

11.47 1 427.9 11.49 1 466.8 11.49 1 430.8 1 441.83333 

11.57 1 431.3 11.59 1 470.5 11.59 1 433.9 1 445.23333 

11.67 1 434.7 11.69 1 474.4 11.69 1 437 1 448.7 

11.77 1 438 11.79 1 478.1 11.79 1 440.2 1 452.1 

11.87 1 441.3 11.89 1 481.6 11.89 1 443.5 1 455.46667 

11.97 1 444.7 11.99 1 485.2 11.99 1 446.7 1 458.86667 

12.07 1 448.1 12.09 1 488.8 12.09 1 449.7 1 462.2 

12.17 1 451.4 12.19 1 492.6 12.19 1 452.9 1 465.63333 

12.27 1 454.6 12.29 1 496.3 12.29 1 456.1 1 469 

12.37 1.1 458.1 12.39 1 499.8 12.39 1 459.2 1.0333333 472.36667 

61


12.47 1.1 461.6 12.49 1 503.3 12.49 1 462.3 1.0333333 475.73333 

12.57 1.1 464.9 12.59 1 506.9 12.59 1 465.4 1.0333333 479.06667 

12.67 1.1 468.2 12.69 1.1 510.7 12.69 1.1 468.5 1.1 482.46667 

12.77 1.1 471.5 12.79 1.1 514.3 12.79 1.1 471.7 1.1 485.83333 

12.87 1.1 475 12.89 1.1 517.6 12.89 1.1 474.7 1.1 489.1 

12.97 1.1 478.4 12.99 1.1 521.2 12.99 1.1 477.6 1.1 492.4 

13.07 1.1 481.7 13.09 1.1 524.8 13.09 1.1 480.7 1.1 495.73333 

13.17 1.1 485.2 13.19 1.1 528.5 13.19 1.1 483.8 1.1 499.16667 

13.27 1.1 488.4 13.29 1.1 531.9 13.29 1.1 487 1.1 502.43333 

13.37 1.1 491.6 13.39 1.1 535.4 13.39 1.1 490.1 1.1 505.7 

13.47 1.1 494.8 13.49 1.1 538.9 13.49 1.1 493 1.1 508.9 

13.57 1.2 498.1 13.59 1.1 542.5 13.59 1.1 495.9 1.1333333 512.16667 

13.67 1.2 501.7 13.69 1.1 546.2 13.69 1.1 498.9 1.1333333 515.6 

13.77 1.2 504.9 13.79 1.1 549.6 13.79 1.1 501.8 1.1333333 518.76667 

13.87 1.2 508.2 13.89 1.2 553 13.89 1.2 504.7 1.2 521.96667 

13.97 1.2 511.4 13.99 1.2 556.5 13.99 1.2 507.6 1.2 525.16667 

14.07 1.2 514.8 14.09 1.2 560.1 14.09 1.2 510.3 1.2 528.4 

14.17 1.2 518.1 14.19 1.2 563.7 14.19 1.2 513.2 1.2 531.66667 

14.27 1.2 521.4 14.29 1.2 567.1 14.29 1.2 516.2 1.2 534.9 

14.37 1.2 524.8 14.39 1.2 570.5 14.39 1.2 519.1 1.2 538.13333 

14.47 1.2 528.1 14.49 1.2 573.9 14.49 1.2 521.9 1.2 541.3 

14.57 1.2 531.3 14.59 1.2 577.3 14.59 1.2 524.6 1.2 544.4 

14.67 1.2 534.5 14.69 1.2 580.8 14.69 1.2 527.4 1.2 547.56667 

14.77 1.3 537.8 14.79 1.2 584.1 14.79 1.2 530.2 1.2333333 550.7 

14.87 1.3 541.1 14.89 1.2 587.3 14.89 1.2 532.9 1.2333333 553.76667 

14.97 1.3 544.2 14.99 1.2 590.8 14.99 1.2 535.4 1.2333333 556.8 

15.07 1.3 547.4 15.09 1.3 594.2 15.09 1.3 538 1.3 559.86667 

15.17 1.3 550.6 15.19 1.3 597.6 15.19 1.3 540.9 1.3 563.03333 

15.27 1.3 554 15.29 1.3 600.8 15.29 1.3 543.5 1.3 566.1 

15.37 1.3 557.1 15.39 1.3 604 15.39 1.3 546.2 1.3 569.1 

15.47 1.3 560.3 15.49 1.3 607.3 15.49 1.3 548.7 1.3 572.1 

15.57 1.3 563.7 15.59 1.3 610.7 15.59 1.3 551.4 1.3 575.26667 

15.67 1.3 567 15.69 1.3 613.9 15.69 1.3 554.1 1.3 578.33333 

15.77 1.3 570.2 15.79 1.3 617.2 15.79 1.3 556.7 1.3 581.36667 

15.87 1.3 573.3 15.89 1.3 620.3 15.89 1.3 559.4 1.3 584.33333 

15.97 1.4 576.4 15.99 1.3 623.7 15.99 1.3 561.9 1.3333333 587.33333 

16.07 1.4 579.5 16.09 1.3 627 16.09 1.3 564.5 1.3333333 590.33333 

16.17 1.4 582.9 16.19 1.3 630.2 16.19 1.3 567.3 1.3333333 593.46667 

16.27 1.4 586 16.29 1.4 633.3 16.29 1.4 569.9 1.4 596.4 

16.37 1.4 589 16.39 1.4 636.4 16.39 1.4 572.8 1.4 599.4 

16.47 1.4 592 16.49 1.4 639.8 16.49 1.4 575.3 1.4 602.36667 

16.57 1.4 595 16.59 1.4 642.9 16.59 1.4 578.1 1.4 605.33333 

16.67 1.4 598.3 16.69 1.4 645.9 16.69 1.4 581.1 1.4 608.43333 

62


16.77 1.4 601.5 16.79 1.4 648.9 16.79 1.4 584 1.4 611.46667 

16.87 1.4 604.6 16.89 1.4 652.1 16.89 1.4 587 1.4 614.56667 

16.97 1.4 607.7 16.99 1.4 655.2 16.99 1.4 589.9 1.4 617.6 

17.07 1.4 610.8 17.09 1.4 658.2 17.09 1.4 592.8 1.4 620.6 

17.17 1.5 613.9 17.19 1.4 661.1 17.19 1.4 595.8 1.4333333 623.6 

17.27 1.5 616.9 17.29 1.4 663.9 17.29 1.4 598.6 1.4333333 626.46667 

17.37 1.5 620.1 17.39 1.4 666.9 17.39 1.4 601.5 1.4333333 629.5 

17.47 1.5 623.1 17.49 1.5 669.9 17.49 1.5 604.2 1.5 632.4 

17.57 1.5 626.2 17.59 1.5 672.9 17.59 1.5 607.2 1.5 635.43333 

17.67 1.5 629.3 17.69 1.5 675.8 17.69 1.5 610 1.5 638.36667 

17.77 1.5 632.3 17.79 1.5 678.5 17.79 1.5 612.9 1.5 641.23333 

17.87 1.5 635.2 17.89 1.5 681.2 17.89 1.5 615.8 1.5 644.06667 

17.97 1.5 638.3 17.99 1.5 684 17.99 1.5 618.7 1.5 647 

18.07 1.5 641.4 18.09 1.5 686.7 18.09 1.5 621.7 1.5 649.93333 

18.17 1.5 644.5 18.19 1.5 689.4 18.19 1.5 624.6 1.5 652.83333 

18.27 1.5 647.6 18.29 1.5 691.9 18.29 1.5 627.5 1.5 655.66667 

18.37 1.6 650.4 18.39 1.5 694.6 18.39 1.5 630.5 1.5333333 658.5 

18.47 1.6 653.3 18.49 1.5 697.2 18.49 1.5 633.3 1.5333333 661.26667 

18.57 1.6 656.3 18.59 1.5 699.7 18.59 1.5 636 1.5333333 664 

18.67 1.6 659.5 18.69 1.6 702.2 18.69 1.6 638.8 1.6 666.83333 

18.77 1.6 662.3 18.79 1.6 704.7 18.79 1.6 641.6 1.6 669.53333 

18.87 1.6 665.1 18.89 1.6 707.2 18.89 1.6 644.4 1.6 672.23333 

18.97 1.6 667.9 18.99 1.6 709.5 18.99 1.6 647.1 1.6 674.83333 

19.07 1.6 670.8 19.09 1.6 711.7 19.09 1.6 649.7 1.6 677.4 

19.17 1.6 673.7 19.19 1.6 713.9 19.19 1.6 652.3 1.6 679.96667 

19.27 1.6 676.2 19.29 1.6 716.1 19.29 1.6 654.8 1.6 682.36667 

19.37 1.6 678.9 19.39 1.6 718.2 19.39 1.6 657.6 1.6 684.9 

19.47 1.6 681.5 19.49 1.6 720.1 19.49 1.6 660 1.6 687.2 

19.57 1.7 684.1 19.59 1.6 722 19.59 1.6 662.2 1.6333333 689.43333 

19.67 1.7 686.4 19.69 1.6 723.7 19.69 1.6 664.3 1.6333333 691.46667 

19.77 1.7 688.5 19.79 1.6 725.4 19.79 1.6 666.3 1.6333333 693.4 

19.87 1.7 690.5 19.89 1.7 727 19.89 1.7 668.2 1.7 695.23333 

19.97 1.7 692.4 19.99 1.7 728.6 19.99 1.7 669.8 1.7 696.93333 

20.07 1.7 694.1 20.09 1.7 730.2 20.09 1.7 671 1.7 698.43333 

20.17 1.7 695.6 20.19 1.7 731.6 20.19 1.7 672 1.7 699.73333 

20.27 1.7 696.4 20.29 1.7 733.4 20.29 1.7 672.5 1.7 700.76667 

20.37 1.7 697.3 20.39 1.7 736 20.39 1.7 672.8 1.7 702.03333 

20.47 1.7 697.8 20.49 1.7 738.6 20.49 1.7 672.6 1.7 703 

20.57 1.7 698 20.59 1.7 741.4 20.59 1.7 672 1.7 703.8 

20.67 1.7 697.8 20.69 1.7 744.1 20.69 1.7 671.2 1.7 704.36667 

20.77 1.8 697.1 20.79 1.7 746.9 20.79 1.7 670.1 1.7333333 704.7 

20.87 1.8 696.1 20.89 1.7 749.6 20.89 1.7 668.8 1.7333333 704.83333 

20.97 1.8 694.9 20.99 1.7 752.2 20.99 1.7 667.3 1.7333333 704.8 

63


21.07 1.8 693.6 21.09 1.8 754.7 21.09 1.8 665.2 1.8 704.5 

21.17 1.8 691.8 21.19 1.8 757.3 21.19 1.8 663.4 1.8 704.16667 

21.27 1.8 689.9 21.29 1.8 759.8 21.29 1.8 661.4 1.8 703.7 

21.37 1.8 687.9 21.39 1.8 762.1 21.39 1.8 659.6 1.8 703.2 

21.47 1.8 685.9 21.49 1.8 764.5 21.49 1.8 657.4 1.8 702.6 

21.57 1.8 683.8 21.59 1.8 766.7 21.59 1.8 655.2 1.8 701.9 

21.67 1.8 681.7 21.69 1.8 768.9 21.69 1.8 653.1 1.8 701.23333 

21.77 1.8 679.3 21.79 1.8 770.9 21.79 1.8 651.3 1.8 700.5 

21.87 1.8 677.2 21.89 1.8 772.6 21.89 1.8 649.7 1.8 699.83333 

21.97 1.9 675.3 21.99 1.8 774.3 21.99 1.8 647.8 1.8333333 699.13333 

22.07 1.9 673.4 22.09 1.8 775.7 22.09 1.8 646 1.8333333 698.36667 

22.17 1.9 671.4 22.19 1.8 777 22.19 1.8 644.3 1.8333333 697.56667 

22.27 1.9 669.5 22.29 1.9 778.1 22.29 1.9 642.9 1.9 696.83333 

22.37 1.9 667.8 22.39 1.9 778.7 22.39 1.9 641.4 1.9 695.96667 

22.47 1.9 666.2 22.49 1.9 779.4 22.49 1.9 639.7 1.9 695.1 

22.57 1.9 664.6 22.59 1.9 779.7 22.59 1.9 638.3 1.9 694.2 

22.67 1.9 663 22.69 1.9 779.8 22.69 1.9 636.9 1.9 693.23333 

22.77 1.9 661.4 22.79 1.9 779.5 22.79 1.9 635.7 1.9 692.2 

22.87 1.9 660.1 22.89 1.9 778.7 22.89 1.9 634.5 1.9 691.1 

22.97 1.9 658.9 22.99 1.9 777.7 22.99 1.9 633.2 1.9 689.93333 

23.07 1.9 657.4 23.09 1.9 776.6 23.09 1.9 632 1.9 688.66667 

23.17 2 656.2 23.19 1.9 775.3 23.19 1.9 630.9 1.9333333 687.46667 

23.27 2 654.9 23.29 1.9 773.7 23.29 1.9 630 1.9333333 686.2 

23.37 2 653.8 23.39 1.9 771.8 23.39 1.9 629 1.9333333 684.86667 

23.47 2 652.8 23.49 2 769.9 23.49 2 627.9 2 683.53333 

23.57 2 651.6 23.59 2 768 23.59 2 626.8 2 682.13333 

23.67 2 650.5 23.69 2 766 23.69 2 626.2 2 680.9 

23.77 2 649.4 23.79 2 763.9 23.79 2 625.5 2 679.6 

23.87 2 648.6 23.89 2 761.8 23.89 2 624.7 2 678.36667 

23.97 2 647.7 23.99 2 759.8 23.99 2 623.7 2 677.06667 

24.07 2 646.8 24.09 2 757.9 24.09 2 622.8 2 675.83333 

24.17 2 645.9 24.19 2 756 24.19 2 622.2 2 674.7 

24.27 2 645 24.29 2 753.9 24.29 2 621.6 2 673.5 

24.37 2.1 644.2 24.39 2 752.1 24.39 2 620.9 2.0333333 672.4 

24.47 2.1 643.5 24.49 2 750.3 24.49 2 620.3 2.0333333 671.36667 

24.57 2.1 642.8 24.59 2 748.8 24.59 2 619.6 2.0333333 670.4 

24.67 2.1 642 24.69 2.1 747.3 24.69 2.1 619.1 2.1 669.46667 

24.77 2.1 641.3 24.79 2.1 745.6 24.79 2.1 618.6 2.1 668.5 

24.87 2.1 640.6 24.89 2.1 744.1 24.89 2.1 618.1 2.1 667.6 

24.97 2.1 640 24.99 2.1 742.8 24.99 2.1 617.5 2.1 666.76667 

25.07 2.1 639.4 25.09 2.1 741.6 25.09 2.1 616.9 2.1 665.96667 

25.17 2.1 638.7 25.19 2.1 740.4 25.19 2.1 616.3 2.1 665.13333 

25.27 2.1 638.1 25.29 2.1 739.1 25.29 2.1 615.8 2.1 664.33333 

64


25.37 2.1 637.6 25.39 2.1 737.8 25.39 2.1 615.3 2.1 663.56667 

25.47 2.1 637.1 25.49 2.1 736.8 25.49 2.1 615 2.1 662.96667 

25.57 2.2 636.5 25.59 2.1 735.9 25.59 2.1 614.6 2.1333333 662.33333 

25.67 2.2 636 25.69 2.1 734.8 25.69 2.1 614.2 2.1333333 661.66667 

25.77 2.2 635.4 25.79 2.1 733.8 25.79 2.1 613.7 2.1333333 660.96667 

25.87 2.2 634.9 25.89 2.2 732.7 25.89 2.2 613.3 2.2 660.3 

25.97 2.2 634.4 25.99 2.2 731.9 25.99 2.2 612.8 2.2 659.7 

26.07 2.2 634 26.09 2.2 731 26.09 2.2 612.4 2.2 659.13333 

26.17 2.2 633.6 26.19 2.2 730.2 26.19 2.2 612.1 2.2 658.63333 

26.27 2.2 633.1 26.29 2.2 729.4 26.29 2.2 611.6 2.2 658.03333 

26.37 2.2 632.7 26.39 2.2 728.5 26.39 2.2 611.2 2.2 657.46667 

26.47 2.2 632.2 26.49 2.2 727.8 26.49 2.2 610.7 2.2 656.9 

26.57 2.2 631.8 26.59 2.2 727.2 26.59 2.2 610.3 2.2 656.43333 

26.67 2.2 631.5 26.69 2.2 726.5 26.69 2.2 610 2.2 656 

26.77 2.3 631 26.79 2.2 725.8 26.79 2.2 609.6 2.2333333 655.46667 

26.87 2.3 630.7 26.89 2.2 725.1 26.89 2.2 609.2 2.2333333 655 

26.97 2.3 630.5 26.99 2.2 724.5 26.99 2.2 608.9 2.2333333 654.63333 

27.07 2.3 630.2 27.09 2.3 723.8 27.09 2.3 608.7 2.3 654.23333 

27.17 2.3 629.9 27.19 2.3 723.1 27.19 2.3 608.4 2.3 653.8 

27.27 2.3 629.6 27.29 2.3 722.3 27.29 2.3 608 2.3 653.3 

27.37 2.3 629.1 27.39 2.3 721.7 27.39 2.3 607.6 2.3 652.8 

27.47 2.3 628.8 27.49 2.3 721.2 27.49 2.3 607.1 2.3 652.36667 

27.57 2.3 628.4 27.59 2.3 720.6 27.59 2.3 606.8 2.3 651.93333 

27.67 2.3 628.1 27.69 2.3 720.1 27.69 2.3 606.5 2.3 651.56667 

27.77 2.3 627.7 27.79 2.3 719.4 27.79 2.3 606.2 2.3 651.1 

27.87 2.3 627.4 27.89 2.3 718.9 27.89 2.3 605.9 2.3 650.73333 

27.97 2.4 627.2 27.99 2.3 718.4 27.99 2.3 605.6 2.3333333 650.4 

28.07 2.4 627 28.09 2.3 717.9 28.09 2.3 605.4 2.3333333 650.1 

28.17 2.4 626.8 28.19 2.3 717.3 28.19 2.3 605.1 2.3333333 649.73333 

28.27 2.4 626.4 28.29 2.4 716.7 28.29 2.4 604.9 2.4 649.33333 

28.37 2.4 626 28.39 2.4 716.3 28.39 2.4 604.6 2.4 648.96667 

28.47 2.4 625.6 28.49 2.4 715.9 28.49 2.4 604.2 2.4 648.56667 

28.57 2.4 625.4 28.59 2.4 715.4 28.59 2.4 604 2.4 648.26667 

28.67 2.4 625.3 28.69 2.4 715 28.69 2.4 603.7 2.4 648 

28.77 2.4 624.9 28.79 2.4 714.7 28.79 2.4 603.5 2.4 647.7 

28.87 2.4 624.6 28.89 2.4 714.3 28.89 2.4 603.2 2.4 647.36667 

28.97 2.4 624.3 28.99 2.4 713.9 28.99 2.4 602.8 2.4 647 

29.07 2.4 624.2 29.09 2.4 713.5 29.09 2.4 602.5 2.4 646.73333 

29.17 2.5 624 29.19 2.4 713 29.19 2.4 602.2 2.4333333 646.4 

29.27 2.5 623.6 29.29 2.4 712.7 29.29 2.4 602 2.4333333 646.1 

29.37 2.5 623.3 29.39 2.4 712.2 29.39 2.4 601.9 2.4333333 645.8 

29.47 2.5 623.1 29.49 2.5 711.8 29.49 2.5 601.7 2.5 645.53333 

29.57 2.5 622.9 29.59 2.5 711.3 29.59 2.5 601.4 2.5 645.2 

65


29.67 2.5 622.7 29.69 2.5 710.9 29.69 2.5 601.1 2.5 644.9 

29.77 2.5 622.3 29.79 2.5 710.7 29.79 2.5 600.9 2.5 644.63333 

29.87 2.5 622.2 29.89 2.5 710.3 29.89 2.5 600.7 2.5 644.4 

29.97 2.5 622 29.99 2.5 709.9 29.99 2.5 600.6 2.5 644.16667 

30.07 2.5 621.8 30.09 2.5 709.5 30.09 2.5 600.4 2.5 643.9 

30.17 2.5 621.6 30.19 2.5 709.1 30.19 2.5 600.1 2.5 643.6 

30.27 2.5 621.3 30.29 2.5 708.8 30.29 2.5 600 2.5 643.36667 

30.37 2.6 621.1 30.39 2.5 708.3 30.39 2.5 599.8 2.5333333 643.06667 

30.47 2.6 621.1 30.49 2.5 708 30.49 2.5 599.6 2.5333333 642.9 

30.57 2.6 620.9 30.59 2.5 707.6 30.59 2.5 599.2 2.5333333 642.56667 

30.67 2.6 620.6 30.69 2.6 707.4 30.69 2.6 599.1 2.6 642.36667 

30.77 2.6 620.3 30.79 2.6 707.1 30.79 2.6 598.9 2.6 642.1 

30.87 2.6 620 30.89 2.6 706.8 30.89 2.6 598.9 2.6 641.9 

30.97 2.6 620 30.99 2.6 706.4 30.99 2.6 598.6 2.6 641.66667 

31.07 2.6 619.9 31.09 2.6 706.1 31.09 2.6 598.4 2.6 641.46667 

31.17 2.6 619.6 31.19 2.6 705.8 31.19 2.6 598.2 2.6 641.2 

31.27 2.6 619.2 31.29 2.6 705.6 31.29 2.6 598.7 2.6 641.16667 

31.37 2.6 619 31.39 2.6 705.2 31.39 2.6 598.5 2.6 640.9 

31.47 2.6 618.9 31.49 2.6 704.9 31.49 2.6 598.1 2.6 640.63333 

31.57 2.7 618.9 31.59 2.6 704.6 31.59 2.6 597.7 2.6333333 640.4 

31.67 2.7 618.6 31.69 2.6 704.6 31.69 2.6 597.4 2.6333333 640.2 

31.77 2.7 618.3 31.79 2.6 704.4 31.79 2.6 597.3 2.6333333 640 

31.87 2.7 618.1 31.89 2.7 703.9 31.89 2.7 597.2 2.7 639.73333 

31.97 2.7 618.1 31.99 2.7 703.6 31.99 2.7 597.1 2.7 639.6 

32.07 2.7 618 32.09 2.7 703.2 32.09 2.7 596.8 2.7 639.33333 

32.17 2.7 617.7 32.19 2.7 703.1 32.19 2.7 596.4 2.7 639.06667 

32.27 2.7 617.3 32.29 2.7 702.9 32.29 2.7 596.3 2.7 638.83333 

32.37 2.7 617.2 32.39 2.7 702.5 32.39 2.7 596.1 2.7 638.6 

32.47 2.7 617.1 32.49 2.7 702.2 32.49 2.7 595.9 2.7 638.4 

32.57 2.7 616.9 32.59 2.7 701.9 32.59 2.7 595.7 2.7 638.16667 

32.67 2.7 616.7 32.69 2.7 701.7 32.69 2.7 595.6 2.7 638 

32.77 2.8 616.4 32.79 2.7 701.5 32.79 2.7 595.5 2.7333333 637.8 

32.87 2.8 616.3 32.89 2.7 701.1 32.89 2.7 595.5 2.7333333 637.63333 

32.97 2.8 616.2 32.99 2.7 700.9 32.99 2.7 595.2 2.7333333 637.43333 

33.07 2.8 616.1 33.09 2.8 700.8 33.09 2.8 595 2.8 637.3 

33.17 2.8 616 33.19 2.8 700.7 33.19 2.8 594.8 2.8 637.16667 

33.27 2.8 615.8 33.29 2.8 700.4 33.29 2.8 594.7 2.8 636.96667 

33.37 2.8 615.8 33.39 2.8 700.1 33.39 2.8 594.6 2.8 636.83333 

33.47 2.8 615.7 33.49 2.8 699.8 33.49 2.8 594.4 2.8 636.63333 

33.57 2.8 615.4 33.59 2.8 699.7 33.59 2.8 594.2 2.8 636.43333 

33.67 2.8 615.1 33.69 2.8 699.5 33.69 2.8 594.1 2.8 636.23333 

33.77 2.8 614.9 33.79 2.8 699.2 33.79 2.8 593.9 2.8 636 

33.87 2.8 614.8 33.89 2.8 699 33.89 2.8 593.7 2.8 635.83333 

66


33.97 2.9 614.7 33.99 2.8 698.8 33.99 2.8 593.5 2.8333333 635.66667 

34.07 2.9 614.5 34.09 2.8 698.6 34.09 2.8 593.2 2.8333333 635.43333 

34.17 2.9 614.4 34.19 2.8 698.5 34.19 2.8 593.1 2.8333333 635.33333 

34.27 2.9 614.2 34.29 2.9 698.2 34.29 2.9 593.2 2.9 635.2 

34.37 2.9 614.1 34.39 2.9 698 34.39 2.9 593.1 2.9 635.06667 

34.47 2.9 613.9 34.49 2.9 697.7 34.49 2.9 592.9 2.9 634.83333 

34.57 2.9 613.8 34.59 2.9 697.6 34.59 2.9 592.7 2.9 634.7 

34.67 2.9 613.6 34.69 2.9 697.4 34.69 2.9 592.6 2.9 634.53333 

34.77 2.9 613.3 34.79 2.9 697 34.79 2.9 592.5 2.9 634.26667 

34.87 2.9 613.2 34.89 2.9 696.6 34.89 2.9 592.2 2.9 634 

34.97 2.9 612.9 34.99 2.9 696.4 34.99 2.9 592 2.9 633.76667 

35.07 2.9 612.8 35.09 2.9 696.2 35.09 2.9 591.9 2.9 633.63333 

35.17 3 612.8 35.19 2.9 696.1 35.19 2.9 591.9 2.9333333 633.6 

35.27 3 612.5 35.29 2.9 695.8 35.29 2.9 591.8 2.9333333 633.36667 

35.37 3 612.3 35.39 2.9 695.5 35.39 2.9 591.6 2.9333333 633.13333 

35.47 3 612.1 35.49 3 695.3 35.49 3 591.4 3 632.93333 

35.57 3 612 35.59 3 695.3 35.59 3 591.1 3 632.8 

35.67 3 612 35.69 3 695 35.69 3 591.1 3 632.7 

35.77 3 611.9 35.79 3 694.9 35.79 3 591 3 632.6 

35.87 3 611.8 35.89 3 694.5 35.89 3 591 3 632.43333 

35.97 3 611.6 35.99 3 694.4 35.99 3 590.7 3 632.23333 

36.07 3 611.5 36.09 3 694.2 36.09 3 590.5 3 632.06667 

36.17 3 611.5 36.19 3 693.9 36.19 3 590.4 3 631.93333 

36.27 3 611.4 36.29 3 693.6 36.29 3 590.3 3 631.76667 

36.37 3.1 611.2 36.39 3 693.4 36.39 3 590.3 3.0333333 631.63333 

36.47 3.1 611 36.49 3 693.5 36.49 3 590 3.0333333 631.5 

36.57 3.1 610.7 36.59 3 693.4 36.59 3 589.9 3.0333333 631.33333 

36.67 3.1 610.7 36.69 3.1 693.2 36.69 3.1 589.7 3.1 631.2 

36.77 3.1 610.6 36.79 3.1 692.8 36.79 3.1 589.4 3.1 630.93333 

36.87 3.1 610.3 36.89 3.1 692.6 36.89 3.1 589.4 3.1 630.76667 

36.97 3.1 610.1 36.99 3.1 692.4 36.99 3.1 589.3 3.1 630.6 

37.07 3.1 610.1 37.09 3.1 692.2 37.09 3.1 589.2 3.1 630.5 

37.17 3.1 610 37.19 3.1 691.9 37.19 3.1 589.1 3.1 630.33333 

37.27 3.1 609.7 37.29 3.1 691.5 37.29 3.1 588.9 3.1 630.03333 

37.37 3.1 609.6 37.39 3.1 691.2 37.39 3.1 588.7 3.1 629.83333 

37.47 3.1 609.6 37.49 3.1 691.1 37.49 3.1 588.6 3.1 629.76667 

37.57 3.2 609.4 37.59 3.1 690.8 37.59 3.1 588.5 3.1333333 629.56667 

37.67 3.2 609.3 37.69 3.1 690.7 37.69 3.1 588.3 3.1333333 629.43333 

37.77 3.2 609.2 37.79 3.1 690.5 37.79 3.1 588 3.1333333 629.23333 

37.87 3.2 608.9 37.89 3.2 690.4 37.89 3.2 587.8 3.2 629.03333 

37.97 3.2 608.9 37.99 3.2 690.3 37.99 3.2 587.7 3.2 628.96667 

38.07 3.2 609 38.09 3.2 690.1 38.09 3.2 587.7 3.2 628.93333 

38.17 3.2 609 38.19 3.2 689.9 38.19 3.2 587.6 3.2 628.83333 

67


38.27 3.2 608.8 38.29 3.2 689.6 38.29 3.2 587.5 3.2 628.63333 

38.37 3.2 608.4 38.39 3.2 689.4 38.39 3.2 587.4 3.2 628.4 

38.47 3.2 608.2 38.49 3.2 689.4 38.49 3.2 587.1 3.2 628.23333 

38.57 3.2 608.2 38.59 3.2 689.2 38.59 3.2 586.9 3.2 628.1 

38.67 3.2 608.2 38.69 3.2 689.1 38.69 3.2 586.6 3.2 627.96667 

38.77 3.3 607.9 38.79 3.2 688.8 38.79 3.2 586.5 3.2333333 627.73333 

38.87 3.3 607.7 38.89 3.2 688.7 38.89 3.2 586.6 3.2333333 627.66667 

38.97 3.3 607.6 38.99 3.2 688.6 38.99 3.2 586.5 3.2333333 627.56667 

39.07 3.3 607.4 39.09 3.3 688.4 39.09 3.3 586.3 3.3 627.36667 

39.17 3.3 607.5 39.19 3.3 688.3 39.19 3.3 586.1 3.3 627.3 

39.27 3.3 607.2 39.29 3.3 688.2 39.29 3.3 586 3.3 627.13333 

39.37 3.3 607.2 39.39 3.3 688 39.39 3.3 586 3.3 627.06667 

39.47 3.3 607.1 39.49 3.3 687.7 39.49 3.3 586 3.3 626.93333 

39.57 3.3 607.1 39.59 3.3 687.5 39.59 3.3 585.8 3.3 626.8 

39.67 3.3 606.9 39.69 3.3 687.3 39.69 3.3 585.6 3.3 626.6 

39.77 3.3 606.7 39.79 3.3 687.1 39.79 3.3 585.4 3.3 626.4 

39.87 3.3 606.5 39.89 3.3 687 39.89 3.3 585.4 3.3 626.3 

39.97 3.4 606.4 39.99 3.3 686.7 39.99 3.3 585.3 3.3333333 626.13333 

40.07 3.4 606.4 40.09 3.3 686.5 40.09 3.3 585.1 3.3333333 626 

40.17 3.4 606.4 40.19 3.3 686.3 40.19 3.3 584.9 3.3333333 625.86667 

40.27 3.4 606.1 40.29 3.4 686.2 40.29 3.4 584.9 3.4 625.73333 

40.37 3.4 605.9 40.39 3.4 685.9 40.39 3.4 584.9 3.4 625.56667 

40.47 3.4 606 40.49 3.4 685.7 40.49 3.4 584.8 3.4 625.5 

40.57 3.4 605.9 40.59 3.4 685.5 40.59 3.4 584.6 3.4 625.33333 

40.67 3.4 605.8 40.69 3.4 685.4 40.69 3.4 584.5 3.4 625.23333 

40.77 3.4 605.8 40.79 3.4 685.3 40.79 3.4 584.5 3.4 625.2 

40.87 3.4 605.5 40.89 3.4 685.2 40.89 3.4 584.5 3.4 625.06667 

40.97 3.4 605.3 40.99 3.4 685 40.99 3.4 584.3 3.4 624.86667 

41.07 3.4 605.4 41.09 3.4 684.8 41.09 3.4 584.1 3.4 624.76667 

41.17 3.5 605.1 41.19 3.4 684.7 41.19 3.4 584 3.4333333 624.6 

41.27 3.5 604.9 41.29 3.4 684.5 41.29 3.4 583.9 3.4333333 624.43333 

41.37 3.5 604.7 41.39 3.4 684.3 41.39 3.4 583.9 3.4333333 624.3 

41.47 3.5 604.7 41.49 3.5 684.1 41.49 3.5 583.7 3.5 624.16667 

41.57 3.5 604.7 41.59 3.5 683.9 41.59 3.5 583.4 3.5 624 

41.67 3.5 604.6 41.69 3.5 683.8 41.69 3.5 583.3 3.5 623.9 

41.77 3.5 604.4 41.79 3.5 683.6 41.79 3.5 583.4 3.5 623.8 

41.87 3.5 604.3 41.89 3.5 683.4 41.89 3.5 583.3 3.5 623.66667 

41.97 3.5 604.3 41.99 3.5 683.2 41.99 3.5 583 3.5 623.5 

42.07 3.5 604.2 42.09 3.5 683.1 42.09 3.5 582.8 3.5 623.36667 

42.17 3.5 604.1 42.19 3.5 683 42.19 3.5 582.7 3.5 623.26667 

42.27 3.5 603.9 42.29 3.5 683 42.29 3.5 582.7 3.5 623.2 

42.37 3.6 603.8 42.39 3.5 682.6 42.39 3.5 582.7 3.5333333 623.03333 

42.47 3.6 603.8 42.49 3.5 682.3 42.49 3.5 582.5 3.5333333 622.86667 

68


42.57 3.6 603.5 42.59 3.5 682.1 42.59 3.5 582.2 3.5333333 622.6 

42.67 3.6 603.3 42.69 3.6 682.1 42.69 3.6 582.2 3.6 622.53333 

42.77 3.6 603.1 42.79 3.6 681.9 42.79 3.6 582.1 3.6 622.36667 

42.87 3.6 603.1 42.89 3.6 681.5 42.89 3.6 582 3.6 622.2 

42.97 3.6 603.2 42.99 3.6 681.3 42.99 3.6 581.7 3.6 622.06667 

43.07 3.6 603 43.09 3.6 681.3 43.09 3.6 581.6 3.6 621.96667 

43.17 3.6 602.9 43.19 3.6 681.3 43.19 3.6 581.6 3.6 621.93333 

43.27 3.6 602.7 43.29 3.6 681 43.29 3.6 581.6 3.6 621.76667 

43.37 3.6 602.6 43.39 3.6 680.7 43.39 3.6 581.5 3.6 621.6 

43.47 3.6 602.5 43.49 3.6 680.5 43.49 3.6 581.2 3.6 621.4 

43.57 3.7 602.4 43.59 3.6 680.4 43.59 3.6 580.9 3.6333333 621.23333 

43.67 3.7 602.4 43.69 3.6 680.3 43.69 3.6 580.8 3.6333333 621.16667 

43.77 3.7 602.1 43.79 3.6 680 43.79 3.6 580.8 3.6333333 620.96667 

43.87 3.7 602 43.89 3.7 679.7 43.89 3.7 580.7 3.7 620.8 

43.97 3.7 601.5 43.99 3.7 679.5 43.99 3.7 580.5 3.7 620.5 

44.07 3.7 599.3 44.09 3.7 679.4 44.09 3.7 580.3 3.7 619.66667 

44.12 3.7 594.2 44.19 3.7 679.5 44.19 3.7 580.2 3.7 617.96667 

44.14 3.7 589.2 44.29 3.7 679.2 44.29 3.7 580.2 3.7 616.2 

44.14 3.7 580.1 44.39 3.7 679 44.39 3.7 580 3.7 613.03333 

44.15 3.7 567.9 44.49 3.7 678.9 44.49 3.7 579.7 3.7 608.83333 

44.15 3.7 550 44.59 3.7 678.8 44.59 3.7 579.5 3.7 602.76667 

44.15 3.7 528.2 44.69 3.7 678.6 44.69 3.7 579.4 3.7 595.4 

44.15 3.7 503.7 44.79 3.7 678.1 44.79 3.7 579.4 3.7 587.06667 

44.15 3.7 477.3 44.89 3.7 677.8 44.89 3.7 579.2 3.7 578.1 

44.16 3.7 449.7 44.99 3.7 677.7 44.99 3.7 577.3 3.7 568.23333 

44.16 3.7 421.5 45.09 3.8 677.6 45.06 3.8 572.1 3.7666667 557.06667 

44.16 3.7 393 45.19 3.8 677.5 45.06 3.8 564.6 3.7666667 545.03333 

44.16 3.7 364.7 45.29 3.8 677.2 45.07 3.8 554.4 3.7666667 532.1 

44.16 3.7 336.8 45.39 3.8 676.7 45.07 3.8 538.3 3.7666667 517.26667 

45.49 3.8 671.2 45.07 3.8 517.6 3.8 594.4 

45.49 3.8 665.9 45.07 3.8 493.9 3.8 579.9 

45.5 3.8 659.9 45.07 3.8 468 3.8 563.95 

45.5 3.8 648.2 45.08 3.8 440.6 3.8 544.4 

45.5 3.8 630.4 45.08 3.8 412.5 3.8 521.45 

45.5 3.8 608 45.08 3.8 384 3.8 496 

45.5 3.8 582.4 45.08 3.8 355.4 3.8 468.9 

45.51 3.8 554.8 45.08 3.8 327.2 3.8 441 

45.51 3.8 525.8 3.8 525.8 

45.51 3.8 496 3.8 496 

45.51 3.8 465.9 3.8 465.9 

45.51 3.8 435.8 3.8 435.8 

45.52 3.8 406.2 3.8 406.2 

45.52 3.8 377.5 3.8 377.5 

69

70 

Degradation of Bioresorbable Tensile Bars


1 2 3 4 5 0 days 

avg 

Time Extension Load Time Extension Load Time Extension Load Time Extension Load Time Extension Load extension 

(sec) (mm) (N) (sec) (mm) (N) (sec) (mm) (N) (sec) (mm) (N) (sec) (mm) (N) 

0 0 3.1 0 0 8.3 0 0 8.6 0 0 7.1 0 0 9.3 0 7.28 

0.1 0 3.4 0.1 0 8.5 0.1 0 8.7 0.1 0 7.5 0.1 0 9.4 0 7.5 

0.2 0 4.9 0.2 0 12.6 0.2 0 11.3 0.2 0 11.9 0.2 0 11.2 0 10.38 

0.3 0 8.8 0.3 0 17.7 0.28 0 16.3 0.3 0 16.7 0.28 0 16.4 0 15.18 

0.4 0 13.6 0.4 0 22 0.38 0 21.4 0.4 0 21.2 0.37 0.1 21.4 0.02 19.92 

0.5 0 18.1 0.5 0.1 26 0.48 0.1 26.3 0.5 0.1 25.5 0.47 0.1 25.7 0.08 24.32 

0.6 0 22 0.6 0.1 30 0.58 0.1 30.6 0.6 0.1 29.7 0.57 0.1 29.7 0.08 28.4 

0.7 0.1 25.6 0.7 0.1 33.9 0.68 0.1 34.5 0.7 0.1 33.5 0.67 0.1 33.4 0.1 32.18 

0.8 0.1 29 0.8 0.1 37.7 0.78 0.1 38.4 0.8 0.1 37.4 0.77 0.1 36.9 0.1 35.88 

0.9 0.1 32.4 0.9 0.1 41.4 0.88 0.1 42.2 0.9 0.1 41.5 0.87 0.1 40.5 0.1 39.6 

1 0.1 35.5 1 0.1 45.3 0.98 0.1 46 1 0.1 45.4 0.97 0.1 44.1 0.1 43.26 

1.1 0.1 38.8 1.1 0.1 49.2 1.08 0.1 49.7 1.1 0.1 49.4 1.07 0.1 47.7 0.1 46.96 

1.2 0.1 42 1.2 0.1 53.1 1.18 0.1 53.4 1.2 0.1 53.2 1.17 0.1 51.1 0.1 50.56 

1.3 0.1 45.2 1.3 0.1 56.8 1.28 0.1 57.2 1.3 0.1 57 1.27 0.1 54.6 0.1 54.16 

1.4 0.1 48.5 1.4 0.1 60.6 1.38 0.1 61 1.4 0.1 60.8 1.37 0.1 58.1 0.1 57.8 

1.5 0.1 51.7 1.5 0.1 64.5 1.48 0.1 64.8 1.5 0.1 64.7 1.47 0.1 61.8 0.1 61.5 

1.6 0.1 55.1 1.6 0.1 68.4 1.58 0.1 68.5 1.6 0.1 68.3 1.57 0.2 65.4 0.12 65.14 

1.7 0.1 58.3 1.7 0.2 72.3 1.68 0.2 72.3 1.7 0.2 72.1 1.67 0.2 68.8 0.18 68.76 

1.8 0.1 61.5 1.8 0.2 76 1.78 0.2 76 1.8 0.2 75.8 1.77 0.2 72.3 0.18 72.32 

1.9 0.2 64.6 1.9 0.2 79.8 1.88 0.2 79.9 1.9 0.2 79.6 1.87 0.2 75.8 0.2 75.94 

2 0.2 67.4 2 0.2 83.6 1.98 0.2 83.7 2 0.2 83.4 1.97 0.2 79.5 0.2 79.52 

2.1 0.2 70.4 2.1 0.2 87.5 2.08 0.2 87.4 2.1 0.2 87 2.07 0.2 83.1 0.2 83.08 

2.2 0.2 73.4 2.2 0.2 91.5 2.18 0.2 91.2 2.2 0.2 90.8 2.17 0.2 86.6 0.2 86.7 

2.3 0.2 76.5 2.3 0.2 95.4 2.28 0.2 94.9 2.3 0.2 94.4 2.27 0.2 90.2 0.2 90.28 

2.4 0.2 79.4 2.4 0.2 99.1 2.38 0.2 98.8 2.4 0.2 98 2.37 0.2 93.8 0.2 93.82 

2.5 0.2 82.3 2.5 0.2 102.8 2.48 0.2 102.5 2.5 0.2 101.7 2.47 0.2 97.5 0.2 97.36 

2.6 0.2 85.1 2.6 0.2 106.7 2.58 0.2 106.3 2.6 0.2 105.2 2.57 0.2 101.2 0.2 100.9 

2.7 0.2 88.1 2.7 0.2 110.7 2.68 0.2 110 2.7 0.2 108.8 2.67 0.3 104.7 0.22 104.5 

2.8 0.2 91 2.8 0.2 114.5 2.78 0.2 113.7 2.8 0.2 112.3 2.77 0.3 108.2 0.22 107.9 

2.9 0.2 93.8 2.9 0.3 118.2 2.88 0.3 117.6 2.9 0.3 115.7 2.87 0.3 111.8 0.28 111.4 

3 0.2 96.4 3 0.3 122.1 2.98 0.3 121.2 3 0.3 119.2 2.97 0.3 115.5 0.28 114.9 

3.1 0.3 99 3.1 0.3 126 3.08 0.3 125.1 3.1 0.3 122.7 3.07 0.3 119 0.3 118.4 

3.2 0.3 101.7 3.2 0.3 129.8 3.18 0.3 128.8 3.2 0.3 126.1 3.17 0.3 122.5 0.3 121.8 

3.3 0.3 104.3 3.3 0.3 133.5 3.28 0.3 132.5 3.3 0.3 129.4 3.27 0.3 126 0.3 125.1 

3.4 0.3 106.8 3.4 0.3 137.1 3.38 0.3 136.2 3.4 0.3 132.8 3.37 0.3 129.6 0.3 128.5 

3.5 0.3 109.4 3.5 0.3 140.9 3.48 0.3 139.8 3.5 0.3 136.2 3.47 0.3 133.3 0.3 131.9 

3.6 0.3 112.1 3.6 0.3 144.8 3.58 0.3 143.6 3.6 0.3 139.4 3.57 0.3 136.9 0.3 135.4 

3.7 0.3 115 3.7 0.3 148.6 3.68 0.3 147.3 3.7 0.3 142.7 3.67 0.3 140.4 0.3 138.8 

3.8 0.3 117.7 3.8 0.3 152.4 3.78 0.3 151 3.8 0.3 145.8 3.77 0.3 143.9 0.3 142.2 

avg 

load 

71


3.9 0.3 120.3 3.9 0.3 156.2 3.88 0.3 154.7 3.9 0.3 149.2 3.87 0.3 147.5 0.3 145.6 

4 0.3 123.1 4 0.3 159.9 3.98 0.3 158.3 4 0.3 152.5 3.97 0.4 151.1 0.32 149 

4.1 0.3 125.9 4.1 0.4 163.9 4.08 0.4 162.1 4.1 0.4 156.2 4.07 0.4 154.6 0.38 152.5 

4.2 0.3 128.7 4.2 0.4 167.6 4.18 0.4 165.8 4.2 0.4 159.8 4.17 0.4 158.1 0.38 156 

4.3 0.4 131.5 4.3 0.4 171.4 4.28 0.4 169.5 4.3 0.4 163.5 4.27 0.4 161.6 0.4 159.5 

4.4 0.4 134.2 4.4 0.4 175.1 4.38 0.4 173.2 4.4 0.4 167.2 4.37 0.4 165 0.4 162.9 

4.5 0.4 137 4.5 0.4 178.9 4.48 0.4 176.9 4.5 0.4 170.8 4.47 0.4 168.4 0.4 166.4 

4.6 0.4 139.8 4.6 0.4 182.6 4.58 0.4 180.7 4.6 0.4 174.4 4.57 0.4 171.6 0.4 169.8 

4.7 0.4 142.6 4.7 0.4 186.3 4.68 0.4 184.6 4.7 0.4 178.2 4.67 0.4 174.7 0.4 173.3 

4.8 0.4 145.4 4.8 0.4 190.1 4.78 0.4 188.3 4.8 0.4 181.9 4.77 0.4 177.9 0.4 176.7 

4.9 0.4 148 4.9 0.4 193.7 4.88 0.4 191.8 4.9 0.4 185.5 4.87 0.4 181 0.4 180 

5 0.4 150.6 5 0.4 197.5 4.98 0.4 195.3 5 0.4 189 4.97 0.4 183.9 0.4 183.3 

5.1 0.4 153.3 5.1 0.4 201.2 5.08 0.4 198.5 5.1 0.4 192.5 5.07 0.5 186.9 0.42 186.5 

5.2 0.4 156 5.2 0.4 204.9 5.18 0.4 202 5.2 0.4 196.2 5.17 0.5 190.2 0.42 189.9 

5.3 0.4 158.6 5.3 0.5 208.6 5.28 0.5 205.2 5.3 0.5 199.8 5.27 0.5 193.9 0.48 193.2 

5.4 0.4 161.1 5.4 0.5 212.4 5.38 0.5 208.2 5.4 0.5 203.3 5.37 0.5 198 0.48 196.6 

5.5 0.5 163.8 5.5 0.5 216.2 5.48 0.5 211.1 5.5 0.5 206.8 5.47 0.5 202 0.5 200 

5.6 0.5 166.5 5.6 0.5 219.8 5.58 0.5 213.9 5.6 0.5 210.3 5.57 0.5 205.8 0.5 203.3 

5.7 0.5 169.3 5.7 0.5 223.7 5.68 0.5 216.3 5.7 0.5 213.9 5.67 0.5 209.6 0.5 206.6 

5.8 0.5 171.8 5.8 0.5 227.4 5.78 0.5 217.8 5.8 0.5 217.4 5.77 0.5 213.6 0.5 209.6 

5.9 0.5 174.4 5.9 0.5 231.1 5.88 0.5 220.8 5.9 0.5 220.8 5.87 0.5 217.6 0.5 212.9 

6 0.5 176.9 6 0.5 235 5.98 0.5 224.5 6 0.5 224.2 5.97 0.5 221.5 0.5 216.4 

6.1 0.5 179.3 6.1 0.5 238.5 6.08 0.5 228.4 6.1 0.5 227.6 6.07 0.5 225.4 0.5 219.8 

6.2 0.5 181.8 6.2 0.5 242.2 6.18 0.5 232.3 6.2 0.5 230.9 6.17 0.5 229.3 0.5 223.3 

6.3 0.5 184.1 6.3 0.5 246 6.28 0.5 236.1 6.3 0.5 234.3 6.27 0.5 233.2 0.5 226.7 

6.4 0.5 186.6 6.4 0.5 249.7 6.38 0.5 239.9 6.4 0.5 237.5 6.37 0.6 237.3 0.52 230.2 

6.5 0.5 189 6.5 0.6 253.5 6.48 0.6 243.7 6.5 0.6 240.7 6.47 0.6 241.1 0.58 233.6 

6.6 0.5 191.4 6.6 0.6 257.3 6.58 0.6 247.7 6.6 0.6 243.9 6.57 0.6 244.9 0.58 237 

6.7 0.6 193.8 6.7 0.6 261.3 6.68 0.6 251.6 6.7 0.6 246.9 6.67 0.6 248.8 0.6 240.5 

6.8 0.6 196 6.8 0.6 265.2 6.78 0.6 255.4 6.8 0.6 249.9 6.77 0.6 252.7 0.6 243.8 

6.9 0.6 198.4 6.9 0.6 269.1 6.88 0.6 259.2 6.9 0.6 252.7 6.87 0.6 256.5 0.6 247.2 

7 0.6 200.7 7 0.6 272.9 6.98 0.6 263 7 0.6 255.4 6.97 0.6 260.3 0.6 250.5 

7.1 0.6 203 7.1 0.6 276.7 7.08 0.6 266.9 7.1 0.6 258.2 7.07 0.6 264 0.6 253.8 

7.2 0.6 205.1 7.2 0.6 280.4 7.18 0.6 270.9 7.2 0.6 261 7.17 0.6 268 0.6 257.1 

7.3 0.6 207.4 7.3 0.6 284.2 7.28 0.6 274.6 7.3 0.6 263.5 7.27 0.6 271.9 0.6 260.3 

7.4 0.6 209.7 7.4 0.6 288 7.38 0.6 278.3 7.4 0.6 265.9 7.37 0.6 275.5 0.6 263.5 

7.5 0.6 212 7.5 0.6 291.7 7.48 0.6 282 7.5 0.6 268.2 7.47 0.7 279.3 0.62 266.6 

7.6 0.6 214.4 7.6 0.6 295.6 7.58 0.6 285.9 7.6 0.6 270.7 7.57 0.7 282.9 0.62 269.9 

7.7 0.6 216.7 7.7 0.7 299.4 7.68 0.7 289.7 7.7 0.7 273.4 7.67 0.7 286.7 0.68 273.2 

7.8 0.6 219 7.8 0.7 303.3 7.78 0.7 293.3 7.8 0.7 275.7 7.77 0.7 290.5 0.68 276.4 

7.9 0.7 221.4 7.9 0.7 307.2 7.88 0.7 297.1 7.9 0.7 278 7.87 0.7 294 0.7 279.5 

8 0.7 223.8 8 0.7 310.9 7.98 0.7 300.9 8 0.7 280.3 7.97 0.7 297.5 0.7 282.7 

8.1 0.7 226.2 8.1 0.7 314.7 8.08 0.7 304.8 8.1 0.7 282.7 8.07 0.7 300.8 0.7 285.8 

72


8.2 0.7 228.7 8.2 0.7 318.5 8.18 0.7 308.6 8.2 0.7 285.2 8.17 0.7 304.1 0.7 289 

8.3 0.7 231 8.3 0.7 322.4 8.28 0.7 312.2 8.3 0.7 287.5 8.27 0.7 307.3 0.7 292.1 

8.4 0.7 233.5 8.4 0.7 326.2 8.38 0.7 315.9 8.4 0.7 289.9 8.37 0.7 310.3 0.7 295.2 

8.5 0.7 236 8.5 0.7 329.9 8.48 0.7 319.8 8.5 0.7 292.5 8.47 0.7 313.5 0.7 298.3 

8.6 0.7 238.5 8.6 0.7 333.7 8.58 0.7 323.7 8.6 0.7 295 8.57 0.7 316.3 0.7 301.4 

8.7 0.7 241 8.7 0.7 337.5 8.68 0.7 327.4 8.7 0.7 297.5 8.67 0.8 319 0.72 304.5 

8.8 0.7 243.4 8.8 0.7 341.3 8.78 0.7 331 8.8 0.7 299.8 8.77 0.8 321.7 0.72 307.4 

8.9 0.7 245.9 8.9 0.8 345.1 8.88 0.8 334.6 8.9 0.8 302 8.87 0.8 324.3 0.78 310.4 

9 0.7 248.4 9 0.8 348.7 8.98 0.8 338.3 9 0.8 304.3 8.97 0.8 327 0.78 313.3 

9.1 0.8 250.8 9.1 0.8 352.6 9.08 0.8 342.1 9.1 0.8 306.5 9.07 0.8 329.6 0.8 316.3 

9.2 0.8 253.2 9.2 0.8 356.4 9.18 0.8 345.7 9.2 0.8 308.5 9.17 0.8 332.3 0.8 319.2 

9.3 0.8 255.5 9.3 0.8 360.4 9.28 0.8 349.4 9.3 0.8 310.3 9.27 0.8 334.9 0.8 322.1 

9.4 0.8 257.9 9.4 0.8 364.2 9.38 0.8 353 9.4 0.8 312.1 9.37 0.8 337.4 0.8 324.9 

9.5 0.8 260.1 9.5 0.8 367.8 9.48 0.8 356.8 9.5 0.8 314.1 9.47 0.8 340 0.8 327.8 

9.6 0.8 262.3 9.6 0.8 371.5 9.58 0.8 360.6 9.6 0.8 316.4 9.57 0.8 342.5 0.8 330.7 

9.7 0.8 264.7 9.7 0.8 375.3 9.68 0.8 364.3 9.7 0.8 319.3 9.67 0.8 345.2 0.8 333.8 

9.8 0.8 267 9.8 0.8 379.2 9.78 0.8 367.8 9.8 0.8 322.5 9.77 0.8 347.7 0.8 336.8 

9.9 0.8 269.5 9.9 0.8 382.8 9.88 0.8 371.4 9.9 0.8 325.8 9.87 0.9 350.3 0.82 340 

10 0.8 272 10 0.8 386.4 9.98 0.8 375.2 10 0.8 329.1 9.97 0.9 352.9 0.82 343.1 

10.1 0.8 274.6 10.1 0.9 390.1 10.08 0.9 379 10.1 0.9 332.6 10.07 0.9 355.4 0.88 346.3 

10.2 0.8 277.1 10.2 0.9 393.9 10.18 0.9 382.4 10.2 0.9 336 10.17 0.9 357.8 0.88 349.4 

10.3 0.9 279.5 10.3 0.9 397.7 10.28 0.9 385.8 10.3 0.9 339.3 10.27 0.9 360 0.9 352.5 

10.4 0.9 282.1 10.4 0.9 401.3 10.38 0.9 389.5 10.4 0.9 342.7 10.37 0.9 362.3 0.9 355.6 

10.5 0.9 284.7 10.5 0.9 405.1 10.48 0.9 393.2 10.5 0.9 346.1 10.47 0.9 364.8 0.9 358.8 

10.6 0.9 287.2 10.6 0.9 408.8 10.58 0.9 396.7 10.6 0.9 349.6 10.57 0.9 367.1 0.9 361.9 

10.7 0.9 289.6 10.7 0.9 412.5 10.68 0.9 400.2 10.7 0.9 353 10.67 0.9 369.4 0.9 364.9 

10.8 0.9 292 10.8 0.9 416.2 10.78 0.9 403.7 10.8 0.9 356.2 10.77 0.9 371.7 0.9 368 

10.9 0.9 294.4 10.9 0.9 419.7 10.88 0.9 407.4 10.9 0.9 359.7 10.87 0.9 374.1 0.9 371.1 

11 0.9 296.7 11 0.9 423.4 10.98 0.9 411 11 0.9 363.2 10.97 0.9 376.7 0.9 374.2 

11.1 0.9 299.1 11.1 0.9 427.2 11.08 0.9 414.5 11.1 0.9 366.6 11.07 0.9 379.2 0.9 377.3 

11.2 0.9 301.5 11.2 0.9 431 11.18 0.9 418 11.2 0.9 370 11.17 1 381.8 0.92 380.5 

11.3 0.9 303.8 11.3 1 434.7 11.28 1 421.4 11.3 1 373.2 11.27 1 384.8 0.98 383.6 

11.4 0.9 306.4 11.4 1 438.3 11.38 1 425.1 11.4 1 376.6 11.37 1 388 0.98 386.9 

11.5 1 308.7 11.5 1 442 11.48 1 428.5 11.5 1 380.1 11.47 1 391.4 1 390.1 

11.6 1 311.1 11.6 1 445.7 11.58 1 431.9 11.6 1 383.3 11.57 1 394.8 1 393.4 

11.7 1 313.5 11.7 1 449.5 11.68 1 435.3 11.7 1 386.7 11.67 1 398.2 1 396.6 

11.8 1 315.7 11.8 1 453.3 11.78 1 438.6 11.8 1 390 11.77 1 401.7 1 399.9 

11.9 1 318 11.9 1 456.8 11.88 1 442.1 11.9 1 393.4 11.87 1 405.2 1 403.1 

12 1 320.2 12 1 460.4 11.98 1 445.5 12 1 396.7 11.97 1 408.7 1 406.3 

12.1 1 322.5 12.1 1 464 12.08 1 448.9 12.1 1 400 12.07 1 412.1 1 409.5 

12.2 1 324.8 12.2 1 467.9 12.18 1 452.1 12.2 1 403.4 12.17 1 415.5 1 412.7 

12.3 1 327.1 12.3 1 471.6 12.28 1 455.5 12.3 1 406.6 12.27 1 419 1 416 

12.4 1 329.3 12.4 1 475.1 12.38 1 458.9 12.4 1 409.9 12.37 1.1 422.4 1.02 419.1 

73


12.5 1 331.3 12.5 1.1 478.7 12.48 1.1 462.1 12.5 1.1 413.2 12.47 1.1 425.8 1.08 422.2 

12.6 1.1 333.2 12.6 1.1 482.4 12.58 1.1 465.3 12.6 1.1 416.4 12.57 1.1 429.1 1.1 425.3 

12.7 1.1 335.4 12.7 1.1 486.1 12.68 1.1 468.4 12.7 1.1 419.7 12.67 1.1 432.3 1.1 428.4 

12.8 1.1 337.4 12.8 1.1 489.6 12.78 1.1 471.5 12.8 1.1 422.9 12.77 1.1 435.5 1.1 431.4 

12.9 1.1 339.3 12.9 1.1 493.1 12.88 1.1 474.8 12.9 1.1 426.2 12.87 1.1 438.7 1.1 434.4 

13 1.1 341.1 13 1.1 496.8 12.98 1.1 477.7 13 1.1 429.4 12.97 1.1 442 1.1 437.4 

13.1 1.1 342.9 13.1 1.1 500.6 13.08 1.1 480.9 13.1 1.1 432.6 13.07 1.1 445.2 1.1 440.4 

13.2 1.1 344.9 13.2 1.1 504.2 13.18 1.1 483.8 13.2 1.1 435.9 13.17 1.1 448.2 1.1 443.4 

13.3 1.1 346.8 13.3 1.1 507.9 13.28 1.1 486.8 13.3 1.1 439.1 13.27 1.1 451.1 1.1 446.3 

13.4 1.1 348.6 13.4 1.1 511.3 13.38 1.1 489.8 13.4 1.1 442.4 13.37 1.1 454.2 1.1 449.3 

13.5 1.1 350.5 13.5 1.1 514.9 13.48 1.1 492.6 13.5 1.1 445.5 13.47 1.1 457.5 1.1 452.2 

13.6 1.1 352.4 13.6 1.1 518.7 13.58 1.1 495.7 13.6 1.1 448.8 13.57 1.2 460.6 1.12 455.2 

13.7 1.1 354.2 13.7 1.2 522.3 13.68 1.2 498.4 13.7 1.2 452 13.67 1.2 464 1.18 458.2 

13.8 1.2 356.1 13.8 1.2 525.9 13.78 1.2 501.3 13.8 1.2 455.2 13.77 1.2 467.4 1.2 461.2 

13.9 1.2 357.8 13.9 1.2 529.5 13.88 1.2 504 13.9 1.2 458.4 13.87 1.2 470.9 1.2 464.1 

14 1.2 359.5 14 1.2 533.1 13.98 1.2 506.6 14 1.2 461.5 13.97 1.2 474.4 1.2 467 

14.1 1.2 361.2 14.1 1.2 536.8 14.08 1.2 509.4 14.1 1.2 464.7 14.07 1.2 477.8 1.2 470 

14.2 1.2 362.9 14.2 1.2 540.2 14.18 1.2 512 14.2 1.2 467.9 14.17 1.2 481.3 1.2 472.9 

14.3 1.2 364.6 14.3 1.2 543.8 14.28 1.2 514.8 14.3 1.2 471.2 14.27 1.2 484.7 1.2 475.8 

14.4 1.2 366.2 14.4 1.2 547.2 14.38 1.2 517.4 14.4 1.2 474.5 14.37 1.2 488.2 1.2 478.7 

14.5 1.2 368 14.5 1.2 550.7 14.48 1.2 520 14.5 1.2 477.6 14.47 1.2 491.6 1.2 481.6 

14.6 1.2 369.7 14.6 1.2 554.3 14.58 1.2 522.7 14.6 1.2 480.8 14.57 1.2 495 1.2 484.5 

14.7 1.2 371.5 14.7 1.2 557.8 14.68 1.2 525.3 14.7 1.2 484.2 14.67 1.2 498.5 1.2 487.5 

14.8 1.2 373.2 14.8 1.2 561.5 14.78 1.2 527.9 14.8 1.2 487.3 14.77 1.3 502.1 1.22 490.4 

14.9 1.2 374.8 14.9 1.3 564.9 14.88 1.3 530.3 14.9 1.3 490.4 14.87 1.3 505.6 1.28 493.2 

15 1.2 376.5 15 1.3 568.4 14.98 1.3 532.8 15 1.3 493.4 14.97 1.3 509.1 1.28 496 

15.1 1.3 378.3 15.1 1.3 571.9 15.08 1.3 535.3 15.1 1.3 496.5 15.07 1.3 512.4 1.3 498.9 

15.2 1.3 380.1 15.2 1.3 575.4 15.18 1.3 538 15.2 1.3 499.7 15.17 1.3 515.7 1.3 501.8 

15.3 1.3 381.8 15.3 1.3 579 15.28 1.3 540.5 15.3 1.3 502.8 15.27 1.3 519.2 1.3 504.7 

15.4 1.3 383.5 15.4 1.3 582.4 15.38 1.3 542.9 15.4 1.3 505.9 15.37 1.3 522.7 1.3 507.5 

15.5 1.3 385.2 15.5 1.3 586 15.48 1.3 545.4 15.5 1.3 509 15.47 1.3 526.2 1.3 510.4 

15.6 1.3 387 15.6 1.3 589.5 15.58 1.3 547.8 15.6 1.3 512.1 15.57 1.3 529.5 1.3 513.2 

15.7 1.3 388.8 15.7 1.3 593 15.68 1.3 550.2 15.7 1.3 515.3 15.67 1.3 532.7 1.3 516 

15.8 1.3 390.4 15.8 1.3 596.4 15.78 1.3 552.6 15.8 1.3 518.3 15.77 1.3 536.2 1.3 518.8 

15.9 1.3 392 15.9 1.3 599.8 15.88 1.3 554.9 15.9 1.3 521.4 15.87 1.3 539.6 1.3 521.5 

16 1.3 393.7 16 1.3 603.2 15.98 1.3 557.3 16 1.3 524.5 15.97 1.4 543 1.32 524.3 

16.1 1.3 395.5 16.1 1.4 606.5 16.08 1.4 559.7 16.1 1.4 527.5 16.07 1.4 546.4 1.38 527.1 

16.2 1.4 397.2 16.2 1.4 610.1 16.18 1.4 562.1 16.2 1.4 530.5 16.17 1.4 549.7 1.4 529.9 

16.3 1.4 398.8 16.3 1.4 613.5 16.28 1.4 564.3 16.3 1.4 533.6 16.27 1.4 553.2 1.4 532.7 

16.4 1.4 400.5 16.4 1.4 617 16.38 1.4 566.6 16.4 1.4 536.5 16.37 1.4 556.6 1.4 535.4 

16.5 1.4 402.2 16.5 1.4 620.4 16.48 1.4 569 16.5 1.4 539.7 16.47 1.4 559.9 1.4 538.2 

16.6 1.4 403.9 16.6 1.4 623.7 16.58 1.4 571.4 16.6 1.4 542.7 16.57 1.4 563.2 1.4 541 

16.7 1.4 405.6 16.7 1.4 627.2 16.68 1.4 573.9 16.7 1.4 545.7 16.67 1.4 566.6 1.4 543.8 

74


16.8 1.4 407.2 16.8 1.4 630.7 16.78 1.4 576.2 16.8 1.4 548.7 16.77 1.4 569.9 1.4 546.5 

16.9 1.4 408.8 16.9 1.4 634 16.88 1.4 578.5 16.9 1.4 551.6 16.87 1.4 573.3 1.4 549.2 

17 1.4 410.5 17 1.4 637.4 16.98 1.4 581 17 1.4 554.6 16.97 1.4 576.6 1.4 552 

17.1 1.4 412.2 17.1 1.4 640.7 17.08 1.4 583.6 17.1 1.4 557.7 17.07 1.4 579.8 1.4 554.8 

17.2 1.4 413.9 17.2 1.4 644 17.18 1.4 586.3 17.2 1.4 560.9 17.17 1.5 583.3 1.42 557.7 

17.3 1.4 415.4 17.3 1.5 647.4 17.28 1.5 588.9 17.3 1.5 563.6 17.27 1.5 586.8 1.48 560.4 

17.4 1.4 416.9 17.4 1.5 650.7 17.38 1.5 591.5 17.4 1.5 566.5 17.37 1.5 590 1.48 563.1 

17.5 1.5 418.6 17.5 1.5 653.9 17.48 1.5 594.4 17.5 1.5 569.4 17.47 1.5 593.4 1.5 565.9 

17.6 1.5 420.3 17.6 1.5 657.1 17.58 1.5 597.5 17.6 1.5 572.4 17.57 1.5 596.6 1.5 568.8 

17.7 1.5 421.9 17.7 1.5 660.4 17.68 1.5 600.8 17.7 1.5 575.4 17.67 1.5 599.8 1.5 571.7 

17.8 1.5 423.4 17.8 1.5 663.9 17.78 1.5 603.9 17.8 1.5 578.2 17.77 1.5 603.2 1.5 574.5 

17.9 1.5 424.9 17.9 1.5 667.1 17.88 1.5 607.1 17.9 1.5 581 17.87 1.5 606.4 1.5 577.3 

18 1.5 426.5 18 1.5 670.3 17.98 1.5 610.3 18 1.5 583.9 17.97 1.5 609.8 1.5 580.2 

18.1 1.5 428.1 18.1 1.5 673.6 18.08 1.5 613.6 18.1 1.5 587 18.07 1.5 613 1.5 583.1 

18.2 1.5 429.5 18.2 1.5 676.8 18.18 1.5 616.9 18.2 1.5 589.9 18.17 1.5 616.1 1.5 585.8 

18.3 1.5 430.8 18.3 1.5 680 18.28 1.5 620 18.3 1.5 592.6 18.27 1.6 619.4 1.52 588.6 

18.4 1.5 432.2 18.4 1.5 683.2 18.38 1.5 623.2 18.4 1.5 595.6 18.37 1.6 622.6 1.52 591.4 

18.5 1.5 433.7 18.5 1.6 686.4 18.48 1.6 626.5 18.5 1.6 598.5 18.47 1.6 625.9 1.58 594.2 

18.6 1.5 435.2 18.6 1.6 689.7 18.58 1.6 629.9 18.6 1.6 601.6 18.57 1.6 629.2 1.58 597.1 

18.7 1.6 436.6 18.7 1.6 692.8 18.68 1.6 633.2 18.7 1.6 604.4 18.67 1.6 632.4 1.6 599.9 

18.8 1.6 437.8 18.8 1.6 696 18.78 1.6 636.3 18.8 1.6 607.2 18.77 1.6 635.6 1.6 602.6 

18.9 1.6 439.3 18.9 1.6 699.1 18.88 1.6 639.5 18.9 1.6 610 18.87 1.6 638.7 1.6 605.3 

19 1.6 440.8 19 1.6 702.3 18.98 1.6 642.7 19 1.6 613.1 18.97 1.6 641.9 1.6 608.2 

19.1 1.6 442.3 19.1 1.6 705.5 19.08 1.6 646 19.1 1.6 616.2 19.07 1.6 645.1 1.6 611 

19.2 1.6 443.8 19.2 1.6 708.7 19.18 1.6 649.2 19.2 1.6 619 19.17 1.6 648.3 1.6 613.8 

19.3 1.6 445.1 19.3 1.6 712 19.28 1.6 652.3 19.3 1.6 621.8 19.27 1.6 651.5 1.6 616.5 

19.4 1.6 446.5 19.4 1.6 715.1 19.38 1.6 655.5 19.4 1.6 624.6 19.37 1.6 654.7 1.6 619.3 

19.5 1.6 448 19.5 1.6 718.2 19.48 1.6 658.8 19.5 1.6 627.6 19.47 1.7 657.9 1.62 622.1 

19.6 1.6 449.5 19.6 1.6 721.3 19.58 1.6 662.1 19.6 1.6 630.7 19.57 1.7 661 1.62 624.9 

19.7 1.6 451.1 19.7 1.7 724.5 19.68 1.7 665.5 19.7 1.7 633.7 19.67 1.7 664.2 1.68 627.8 

19.8 1.6 452.6 19.8 1.7 727.7 19.78 1.7 668.6 19.8 1.7 636.6 19.77 1.7 667.3 1.68 630.6 

19.9 1.7 454.1 19.9 1.7 730.8 19.88 1.7 671.9 19.9 1.7 639.5 19.87 1.7 670.5 1.7 633.4 

20 1.7 455.7 20 1.7 733.8 19.98 1.7 675.1 20 1.7 642.6 19.97 1.7 673.7 1.7 636.2 

20.1 1.7 457.2 20.1 1.7 736.9 20.08 1.7 678.3 20.1 1.7 645.7 20.07 1.7 676.9 1.7 639 

20.2 1.7 458.9 20.2 1.7 740.1 20.18 1.7 681.4 20.2 1.7 648.6 20.17 1.7 680 1.7 641.8 

20.3 1.7 460.3 20.3 1.7 743.2 20.28 1.7 684.5 20.3 1.7 651.5 20.27 1.7 683 1.7 644.5 

20.4 1.7 461.9 20.4 1.7 746.2 20.38 1.7 687.6 20.4 1.7 654.4 20.37 1.7 686.1 1.7 647.2 

20.5 1.7 463.6 20.5 1.7 749.2 20.48 1.7 690.9 20.5 1.7 657.5 20.47 1.7 689.2 1.7 650.1 

20.6 1.7 465.2 20.6 1.7 752.3 20.58 1.7 694.1 20.6 1.7 660.4 20.57 1.7 692.2 1.7 652.8 

20.7 1.7 466.8 20.7 1.7 755.4 20.68 1.7 697.2 20.7 1.7 663.3 20.67 1.7 695.1 1.7 655.6 

20.8 1.7 468.3 20.8 1.7 758.5 20.78 1.7 700.2 20.8 1.7 666 20.77 1.8 698.2 1.72 658.2 

20.9 1.7 469.9 20.9 1.8 761.4 20.88 1.8 703.5 20.9 1.8 669 20.87 1.8 701.3 1.78 661 

21 1.7 471.5 21 1.8 764.3 20.98 1.8 706.8 21 1.8 672.2 20.97 1.8 704.4 1.78 663.8 

75


21.1 1.8 473.2 21.1 1.8 767.4 21.08 1.8 709.9 21.1 1.8 675.1 21.07 1.8 707.3 1.8 666.6 

21.2 1.8 474.7 21.2 1.8 770.5 21.18 1.8 713 21.2 1.8 678.1 21.17 1.8 710.2 1.8 669.3 

21.3 1.8 476.2 21.3 1.8 773.6 21.28 1.8 716.1 21.3 1.8 680.8 21.27 1.8 713.1 1.8 672 

21.4 1.8 477.8 21.4 1.8 776.3 21.38 1.8 719.3 21.4 1.8 683.7 21.37 1.8 716 1.8 674.6 

21.5 1.8 479.3 21.5 1.8 779.2 21.48 1.8 722.5 21.5 1.8 686.6 21.47 1.8 718.8 1.8 677.3 

21.6 1.8 480.9 21.6 1.8 782.3 21.58 1.8 725.5 21.6 1.8 689.4 21.57 1.8 721.5 1.8 679.9 

21.7 1.8 482.4 21.7 1.8 785.4 21.68 1.8 728.7 21.7 1.8 692.2 21.67 1.8 724.3 1.8 682.6 

21.8 1.8 483.9 21.8 1.8 788.3 21.78 1.8 731.8 21.8 1.8 695 21.77 1.8 727 1.8 685.2 

21.9 1.8 485.4 21.9 1.8 791.1 21.88 1.8 735 21.9 1.8 697.9 21.87 1.8 729.7 1.8 687.8 

22 1.8 486.9 22 1.8 793.8 21.98 1.8 738.1 22 1.8 700.7 21.97 1.9 732.5 1.82 690.4 

22.1 1.8 488.5 22.1 1.9 796.7 22.08 1.9 741.1 22.1 1.9 703.4 22.07 1.9 735 1.88 692.9 

22.2 1.8 490 22.2 1.9 799.6 22.18 1.9 744.1 22.2 1.9 706.1 22.17 1.9 737.5 1.88 695.5 

22.3 1.9 491.6 22.3 1.9 802.3 22.28 1.9 747 22.3 1.9 708.7 22.27 1.9 740 1.9 697.9 

22.4 1.9 493.2 22.4 1.9 804.8 22.38 1.9 750.1 22.4 1.9 711.2 22.37 1.9 742.5 1.9 700.4 

22.5 1.9 494.6 22.5 1.9 807.2 22.48 1.9 753 22.5 1.9 713.6 22.47 1.9 745.1 1.9 702.7 

22.6 1.9 496.2 22.6 1.9 809.7 22.58 1.9 756 22.6 1.9 715.9 22.57 1.9 747.5 1.9 705.1 

22.7 1.9 497.8 22.7 1.9 812.1 22.68 1.9 758.8 22.7 1.9 718 22.67 1.9 749.5 1.9 707.2 

22.8 1.9 499.3 22.8 1.9 814.2 22.78 1.9 761.7 22.8 1.9 720 22.77 1.9 751.7 1.9 709.4 

22.9 1.9 500.9 22.9 1.9 815.9 22.88 1.9 764.7 22.9 1.9 721.8 22.87 1.9 753.9 1.9 711.4 

23 1.9 502.5 23 1.9 817.6 22.98 1.9 767.5 23 1.9 723.3 22.97 1.9 756.1 1.9 713.4 

23.1 1.9 504.2 23.1 1.9 819.1 23.08 1.9 770.3 23.1 1.9 724.5 23.07 2 758 1.92 715.2 

23.2 1.9 505.9 23.2 1.9 820.3 23.18 1.9 772.9 23.2 1.9 725.6 23.17 2 759.7 1.92 716.9 

23.3 1.9 507.4 23.3 2 821.3 23.28 2 775.4 23.3 2 726.3 23.27 2 761.4 1.98 718.4 

23.4 1.9 508.8 23.4 2 821.9 23.38 2 778 23.4 2 726.8 23.37 2 763 1.98 719.7 

23.5 2 510.5 23.5 2 822.7 23.48 2 780.4 23.5 2 727 23.47 2 764.8 2 721.1 

23.6 2 512.1 23.6 2 823.2 23.58 2 782.8 23.6 2 726.9 23.57 2 766.1 2 722.2 

23.7 2 513.7 23.7 2 823.3 23.68 2 785 23.7 2 726.5 23.67 2 767.3 2 723.2 

23.8 2 515.2 23.8 2 823.1 23.78 2 787.2 23.8 2 725.7 23.77 2 768.4 2 723.9 

23.9 2 516.6 23.9 2 822.4 23.88 2 789.3 23.9 2 724.9 23.87 2 769.5 2 724.5 

24 2 518.2 24 2 821.7 23.98 2 791.1 24 2 723.7 23.97 2 770.5 2 725 

24.1 2 519.7 24.1 2 820.9 24.08 2 792.8 24.1 2 722.4 24.07 2 771.1 2 725.4 

24.2 2 521.1 24.2 2 819.5 24.18 2 794.4 24.2 2 721.1 24.17 2 771.7 2 725.6 

24.3 2 522.4 24.3 2 818.2 24.28 2 795.9 24.3 2 719.6 24.27 2 772.1 2 725.6 

24.4 2 523.7 24.4 2 816.6 24.38 2 797.3 24.4 2 718.1 24.37 2.1 772.5 2.02 725.6 

24.5 2 525 24.5 2.1 815 24.48 2.1 798.3 24.5 2.1 716.4 24.47 2.1 772.8 2.08 725.5 

24.6 2 526.4 24.6 2.1 813.4 24.58 2.1 799.2 24.6 2.1 714.9 24.57 2.1 772.7 2.08 725.3 

24.7 2.1 527.7 24.7 2.1 811.5 24.68 2.1 800.1 24.7 2.1 713.3 24.67 2.1 772.7 2.1 725.1 

24.8 2.1 528.9 24.8 2.1 809.8 24.78 2.1 800.7 24.8 2.1 711.6 24.77 2.1 772.7 2.1 724.7 

24.9 2.1 530.2 24.9 2.1 807.9 24.88 2.1 801.1 24.9 2.1 709.9 24.87 2.1 772.6 2.1 724.3 

25 2.1 531.4 25 2.1 806.2 24.98 2.1 801.3 25 2.1 708.1 24.97 2.1 772.4 2.1 723.9 

25.1 2.1 532.7 25.1 2.1 804.6 25.08 2.1 801.3 25.1 2.1 706.4 25.07 2.1 771.7 2.1 723.3 

25.2 2.1 534 25.2 2.1 802.8 25.18 2.1 801.3 25.2 2.1 704.8 25.17 2.1 771.2 2.1 722.8 

25.3 2.1 535 25.3 2.1 801.1 25.28 2.1 801 25.3 2.1 703.3 25.27 2.1 770.5 2.1 722.2 

76


25.4 2.1 536 25.4 2.1 799.4 25.38 2.1 800.7 25.4 2.1 701.6 25.37 2.1 769.9 2.1 721.5 

25.5 2.1 536.9 25.5 2.1 797.9 25.48 2.1 800.2 25.5 2.1 700 25.47 2.2 769.1 2.12 720.8 

25.6 2.1 538 25.6 2.1 796.3 25.58 2.1 799.7 25.6 2.1 698.6 25.57 2.2 768 2.12 720.1 

25.7 2.1 539 25.7 2.2 794.8 25.68 2.2 798.9 25.7 2.2 697.2 25.67 2.2 766.9 2.18 719.4 

25.8 2.1 539.7 25.8 2.2 793.3 25.78 2.2 798 25.8 2.2 695.8 25.77 2.2 765.9 2.18 718.5 

25.9 2.2 540.6 25.9 2.2 791.8 25.88 2.2 797 25.9 2.2 694.4 25.87 2.2 764.9 2.2 717.7 

26 2.2 541.4 26 2.2 790.5 25.98 2.2 795.8 26 2.2 693.2 25.97 2.2 763.8 2.2 716.9 

26.1 2.2 542.5 26.1 2.2 789.1 26.08 2.2 794.6 26.1 2.2 691.9 26.07 2.2 762.5 2.2 716.1 

26.2 2.2 543.2 26.2 2.2 787.8 26.18 2.2 793.4 26.2 2.2 690.8 26.17 2.2 761.3 2.2 715.3 

26.3 2.2 543.8 26.3 2.2 786.5 26.28 2.2 792.1 26.3 2.2 689.4 26.27 2.2 760.3 2.2 714.4 

26.4 2.2 544.5 26.4 2.2 785.4 26.38 2.2 790.7 26.4 2.2 688.1 26.37 2.2 759.3 2.2 713.6 

26.5 2.2 545.1 26.5 2.2 784.3 26.48 2.2 789.4 26.5 2.2 687 26.47 2.2 758.1 2.2 712.8 

26.6 2.2 545.8 26.6 2.2 783.2 26.58 2.2 788.2 26.6 2.2 686.1 26.57 2.2 756.9 2.2 712 

26.7 2.2 546.3 26.7 2.2 782.1 26.68 2.2 786.9 26.7 2.2 685.1 26.67 2.3 755.7 2.22 711.2 

26.8 2.2 546.6 26.8 2.2 781.2 26.78 2.2 785.6 26.8 2.2 684.1 26.77 2.3 754.6 2.22 710.4 

26.9 2.2 546.9 26.9 2.3 780.2 26.88 2.3 784.2 26.9 2.3 683 26.87 2.3 753.6 2.28 709.6 

27 2.2 547.2 27 2.3 779.2 26.98 2.3 782.9 27 2.3 682.1 26.97 2.3 752.4 2.28 708.8 

27.1 2.3 547.6 27.1 2.3 778.2 27.08 2.3 781.7 27.1 2.3 681.3 27.07 2.3 751.3 2.3 708 

27.2 2.3 547.8 27.2 2.3 777.3 27.18 2.3 780.5 27.2 2.3 680.6 27.17 2.3 750.3 2.3 707.3 

27.3 2.3 547.8 27.3 2.3 776.7 27.28 2.3 779 27.3 2.3 679.7 27.27 2.3 749.5 2.3 706.5 

27.4 2.3 547.7 27.4 2.3 775.8 27.38 2.3 777.8 27.4 2.3 678.8 27.37 2.3 748.5 2.3 705.7 

27.5 2.3 547.6 27.5 2.3 774.9 27.48 2.3 776.6 27.5 2.3 678.1 27.47 2.3 747.6 2.3 705 

27.6 2.3 547.4 27.6 2.3 774.1 27.58 2.3 775.5 27.6 2.3 677.4 27.57 2.3 746.5 2.3 704.2 

27.7 2.3 546.9 27.7 2.3 773.3 27.68 2.3 774.3 27.7 2.3 676.8 27.67 2.3 745.5 2.3 703.4 

27.8 2.3 546.3 27.8 2.3 772.7 27.78 2.3 773 27.8 2.3 676 27.77 2.3 744.8 2.3 702.6 

27.9 2.3 545.4 27.9 2.3 772 27.88 2.3 771.8 27.9 2.3 675.3 27.87 2.4 743.9 2.32 701.7 

28 2.3 544.7 28 2.3 771.4 27.98 2.3 770.8 28 2.3 674.6 27.97 2.4 743.2 2.32 700.9 

28.1 2.3 543.8 28.1 2.4 770.9 28.08 2.4 769.9 28.1 2.4 674 28.07 2.4 742.2 2.38 700.2 

28.2 2.4 542.6 28.2 2.4 770.3 28.18 2.4 768.9 28.2 2.4 673.5 28.17 2.4 741.4 2.4 699.3 

28.3 2.4 541.3 28.3 2.4 769.7 28.28 2.4 767.8 28.3 2.4 672.8 28.27 2.4 740.6 2.4 698.4 

28.4 2.4 540 28.4 2.4 769 28.38 2.4 767 28.4 2.4 672.2 28.37 2.4 739.9 2.4 697.6 

28.5 2.4 538.7 28.5 2.4 768.4 28.48 2.4 766.3 28.5 2.4 671.7 28.47 2.4 739.2 2.4 696.9 

28.6 2.4 537.3 28.6 2.4 767.8 28.58 2.4 765.5 28.6 2.4 671.2 28.57 2.4 738.4 2.4 696 

28.7 2.4 535.7 28.7 2.4 767.3 28.68 2.4 764.6 28.7 2.4 670.7 28.67 2.4 737.7 2.4 695.2 

28.8 2.4 533.7 28.8 2.4 766.9 28.78 2.4 763.7 28.8 2.4 670 28.77 2.4 737.1 2.4 694.3 

28.9 2.4 531.6 28.9 2.4 766.3 28.88 2.4 762.9 28.9 2.4 669.4 28.87 2.4 736.4 2.4 693.3 

29 2.4 529.4 29 2.4 765.7 28.98 2.4 762.3 29 2.4 669 28.97 2.4 735.9 2.4 692.5 

29.1 2.4 526.9 29.1 2.4 765.2 29.08 2.4 761.7 29.1 2.4 668.6 29.07 2.5 735.1 2.42 691.5 

29.2 2.4 524.1 29.2 2.4 764.9 29.18 2.4 760.9 29.2 2.4 668.2 29.17 2.5 734.5 2.42 690.5 

29.3 2.4 520.8 29.3 2.5 764.6 29.28 2.5 760.2 29.3 2.5 667.6 29.27 2.5 733.8 2.48 689.4 

29.4 2.4 517.2 29.4 2.5 763.9 29.38 2.5 759.4 29.4 2.5 667 29.37 2.5 733.2 2.48 688.1 

29.5 2.5 513.3 29.5 2.5 763.4 29.48 2.5 758.9 29.5 2.5 666.7 29.47 2.5 732.6 2.5 687 

29.6 2.5 509 29.6 2.5 762.9 29.58 2.5 758.4 29.6 2.5 666.4 29.57 2.5 732.1 2.5 685.8 

77


29.7 2.5 504.2 29.7 2.5 762.7 29.68 2.5 757.8 29.7 2.5 666 29.67 2.5 731.7 2.5 684.5 

29.79 2.5 499.2 29.8 2.5 762.4 29.78 2.5 757.1 29.8 2.5 665.6 29.77 2.5 731.1 2.5 683.1 

29.88 2.5 494.1 29.9 2.5 761.8 29.88 2.5 756.6 29.9 2.5 665 29.87 2.5 730.7 2.5 681.6 

29.96 2.5 489.1 30 2.5 761.3 29.98 2.5 756.2 30 2.5 664.6 29.97 2.5 730.3 2.5 680.3 

30.02 2.5 484 30.1 2.5 760.9 30.08 2.5 755.6 30.1 2.5 664.3 30.07 2.5 729.7 2.5 678.9 

30.08 2.5 478.9 30.2 2.5 760.6 30.18 2.5 755 30.2 2.5 663.8 30.17 2.5 729.1 2.5 677.5 

30.14 2.5 473.9 30.3 2.5 760.3 30.28 2.5 754.3 30.3 2.5 663.4 30.27 2.6 728.5 2.52 676.1 

30.19 2.5 468.7 30.4 2.5 759.8 30.38 2.5 753.9 30.4 2.5 663 30.37 2.6 728 2.52 674.7 

30.23 2.5 463.5 30.5 2.6 759.4 30.48 2.6 753.5 30.5 2.6 662.6 30.47 2.6 727.6 2.58 673.3 

30.28 2.5 458.3 30.6 2.6 759.1 30.58 2.6 753 30.6 2.6 662.3 30.57 2.6 727.1 2.58 672 

30.32 2.5 453 30.7 2.6 758.9 30.68 2.6 752.5 30.7 2.6 661.8 30.67 2.6 726.6 2.58 670.6 

30.36 2.5 448 30.8 2.6 758.5 30.78 2.6 751.8 30.8 2.6 661.3 30.77 2.6 726.1 2.58 669.1 

30.39 2.5 442.7 30.9 2.6 758 30.88 2.6 751.5 30.9 2.6 661 30.87 2.6 725.7 2.58 667.8 

30.43 2.5 437.7 31 2.6 757.7 30.98 2.6 751.3 31 2.6 660.9 30.97 2.6 725.3 2.58 666.6 

30.46 2.5 432.4 31.1 2.6 757.4 31.08 2.6 751 31.1 2.6 660.6 31.07 2.6 724.9 2.58 665.3 

30.49 2.5 427.1 31.2 2.6 757.3 31.18 2.6 750.5 31.2 2.6 660.2 31.17 2.6 724.5 2.58 663.9 

30.52 2.5 422 31.3 2.6 757.1 31.28 2.6 750 31.3 2.6 659.8 31.27 2.6 724.1 2.58 662.6 

30.55 2.5 416.8 31.4 2.6 756.7 31.38 2.6 749.7 31.4 2.6 659.5 31.37 2.6 723.6 2.58 661.3 

30.58 2.5 411.7 31.5 2.6 756.3 31.48 2.6 749.3 31.5 2.6 659.2 31.47 2.7 723.3 2.6 660 

30.6 2.6 406.6 31.6 2.6 756 31.58 2.6 748.9 31.6 2.6 658.8 31.57 2.7 722.9 2.62 658.6 

30.62 2.6 401.6 31.7 2.7 755.8 31.68 2.7 748.6 31.7 2.7 658.6 31.67 2.7 722.5 2.68 657.4 

30.65 2.6 396.4 31.8 2.7 755.5 31.78 2.7 748.1 31.8 2.7 658.1 31.77 2.7 722.1 2.68 656 

30.67 2.6 391 31.9 2.7 755.1 31.88 2.7 747.8 31.9 2.7 658 31.87 2.7 721.8 2.68 654.7 

30.69 2.6 385.9 32 2.7 754.7 31.98 2.7 747.5 32 2.7 657.7 31.97 2.7 721.6 2.68 653.5 

30.71 2.6 380.7 32.1 2.7 754.4 32.08 2.7 747.2 32.1 2.7 657.4 32.07 2.7 721.3 2.68 652.2 

30.73 2.6 375.6 32.2 2.7 754.2 32.18 2.7 746.8 32.2 2.7 657.2 32.17 2.7 720.9 2.68 650.9 

30.75 2.6 370.6 32.3 2.7 753.9 32.28 2.7 746.4 32.3 2.7 656.8 32.27 2.7 720.6 2.68 649.7 

30.77 2.6 365.6 32.4 2.7 753.5 32.38 2.7 746.1 32.4 2.7 656.5 32.37 2.7 720.3 2.68 648.4 

30.79 2.6 360.1 32.5 2.7 753.2 32.48 2.7 745.7 32.5 2.7 656.2 32.47 2.7 720 2.68 647 

30.81 2.6 354.8 32.6 2.7 753 32.58 2.7 745.4 32.6 2.7 655.8 32.57 2.7 719.7 2.68 645.7 

30.83 2.6 349.6 32.7 2.7 752.9 32.68 2.7 745.1 32.7 2.7 655.5 32.67 2.7 719.2 2.68 644.5 

30.86 2.6 344.3 32.8 2.7 752.6 32.78 2.7 744.8 32.8 2.7 655.2 32.77 2.8 718.9 2.7 643.2 

30.88 2.6 339 32.9 2.8 752.4 32.88 2.8 744.5 32.9 2.8 655 32.87 2.8 718.7 2.76 641.9 

30.91 2.6 333.9 33 2.8 752.1 32.98 2.8 744.2 33 2.8 654.7 32.97 2.8 718.6 2.76 640.7 

30.94 2.6 328.8 33.1 2.8 751.9 33.08 2.8 744 33.1 2.8 654.5 33.07 2.8 718.3 2.76 639.5 

30.97 2.6 323.6 33.2 2.8 751.6 33.18 2.8 743.6 33.2 2.8 654.2 33.17 2.8 717.9 2.76 638.2 

31 2.6 318.4 33.3 2.8 751.4 33.28 2.8 743.2 33.3 2.8 653.8 33.27 2.8 717.6 2.76 636.9 

31.03 2.6 313.2 33.4 2.8 751.1 33.38 2.8 743 33.4 2.8 653.6 33.37 2.8 717.3 2.76 635.6 

31.07 2.6 307.9 33.5 2.8 750.9 33.48 2.8 742.7 33.5 2.8 653.4 33.47 2.8 717.1 2.76 634.4 

31.1 2.6 302.8 33.6 2.8 750.8 33.58 2.8 742.4 33.6 2.8 653.2 33.57 2.8 716.8 2.76 633.2 

31.13 2.6 297.8 33.7 2.8 750.5 33.68 2.8 742.1 33.7 2.8 652.8 33.67 2.8 716.4 2.76 631.9 

31.15 2.6 292.5 33.8 2.8 750.3 33.78 2.8 741.8 33.8 2.8 652.5 33.77 2.8 716 2.76 630.6 

31.18 2.6 287.1 33.9 2.8 749.9 33.88 2.8 741.5 33.9 2.8 652.3 33.87 2.8 715.8 2.76 629.3 

78


31.2 2.6 281.8 34 2.8 749.8 33.98 2.8 741.1 34 2.8 651.9 33.97 2.9 715.6 2.78 628 

31.22 2.6 276.2 34.1 2.9 749.7 34.08 2.9 740.8 34.1 2.9 651.7 34.07 2.9 715.3 2.84 626.7 

31.23 2.6 271 34.2 2.9 749.4 34.18 2.9 740.5 34.2 2.9 651.5 34.17 2.9 715.1 2.84 625.5 

31.24 2.6 266 34.3 2.9 749.4 34.28 2.9 740.3 34.3 2.9 651.2 34.27 2.9 714.8 2.84 624.3 

31.25 2.6 260.3 34.4 2.9 749.1 34.38 2.9 740.2 34.4 2.9 651 34.37 2.9 714.6 2.84 623 

31.26 2.6 255.1 34.5 2.9 749 34.48 2.9 740 34.5 2.9 650.7 34.47 2.9 714.3 2.84 621.8 

31.27 2.6 249.5 34.6 2.9 748.8 34.58 2.9 739.9 34.6 2.9 650.5 34.57 2.9 714 2.84 620.5 

31.28 2.6 243.4 34.7 2.9 748.5 34.68 2.9 739.8 34.7 2.9 650.4 34.67 2.9 713.7 2.84 619.2 

31.29 2.6 237.2 34.8 2.9 748.4 34.78 2.9 739.6 34.8 2.9 650.2 34.77 2.9 713.4 2.84 617.8 

31.3 2.6 232 34.9 2.9 748.1 34.88 2.9 739.2 34.9 2.9 649.9 34.87 2.9 713.2 2.84 616.5 

31.31 2.6 226.5 35 2.9 747.9 34.98 2.9 739 35 2.9 649.6 34.97 2.9 713.1 2.84 615.2 

31.32 2.6 220.4 35.1 2.9 747.7 35.08 2.9 738.7 35.1 2.9 649.3 35.07 3 712.9 2.86 613.8 

31.32 2.6 213.5 35.2 2.9 747.4 35.18 2.9 738.5 35.2 2.9 649.1 35.17 3 712.6 2.86 612.2 

31.33 2.6 203 35.3 3 747.2 35.28 3 738.3 35.3 3 648.8 35.27 3 712.3 2.92 609.9 

31.33 2.6 196 35.4 3 746.9 35.38 3 738.1 35.4 3 648.5 35.37 3 712.1 2.92 608.3 

31.33 2.6 188.3 35.5 3 746.8 35.48 3 737.8 35.5 3 648.3 35.47 3 711.9 2.92 606.6 

31.33 2.6 180.2 35.6 3 746.6 35.58 3 737.6 35.6 3 648.1 35.57 3 711.6 2.92 604.8 

31.34 2.6 171.6 35.7 3 746.5 35.68 3 737.5 35.7 3 648 35.67 3 711.3 2.92 603 

31.34 2.6 162.9 35.8 3 746.3 35.78 3 737.3 35.8 3 647.8 35.77 3 711 2.92 601.1 

31.34 2.6 154.3 35.9 3 746 35.88 3 737.1 35.9 3 647.5 35.87 3 710.9 2.92 599.2 

36 3 745.9 35.98 3 736.9 36 3 647.2 35.97 3 710.7 3 710.2 

36.1 3 745.6 36.08 3 736.9 36.1 3 646.8 36.07 3 710.4 3 709.9 

36.2 3 745.6 36.18 3 736.7 36.2 3 646.7 36.17 3 710 3 709.8 

36.3 3 745.4 36.28 3 736.3 36.3 3 646.5 36.27 3.1 709.9 3.025 709.5 

36.4 3 745.1 36.38 3 736 36.4 3 646.2 36.37 3.1 709.8 3.025 709.3 

36.5 3.1 745 36.48 3.1 735.8 36.5 3.1 646.2 36.47 3.1 709.5 3.1 709.1 

36.6 3.1 744.8 36.58 3.1 735.8 36.6 3.1 646 36.57 3.1 709.3 3.1 709 

36.7 3.1 744.6 36.68 3.1 735.7 36.7 3.1 645.9 36.67 3.1 709.1 3.1 708.8 

36.8 3.1 744.6 36.78 3.1 735.4 36.8 3.1 645.6 36.77 3.1 708.9 3.1 708.6 

36.9 3.1 744.3 36.88 3.1 735.3 36.9 3.1 645.4 36.87 3.1 708.8 3.1 708.5 

37 3.1 744.2 36.98 3.1 735.1 37 3.1 645.1 36.97 3.1 708.6 3.1 708.3 

37.1 3.1 744 37.08 3.1 735 37.1 3.1 645 37.07 3.1 708.3 3.1 708.1 

37.2 3.1 743.7 37.18 3.1 734.9 37.2 3.1 645 37.17 3.1 708.1 3.1 707.9 

37.3 3.1 743.7 37.28 3.1 734.5 37.3 3.1 644.7 37.27 3.1 708.1 3.1 707.8 

37.4 3.1 743.6 37.38 3.1 734.3 37.4 3.1 644.5 37.37 3.1 707.9 3.1 707.6 

37.5 3.1 743.4 37.48 3.1 734.2 37.5 3.1 644.2 37.47 3.2 707.8 3.125 707.4 

37.6 3.1 743.2 37.58 3.1 734.1 37.6 3.1 644.2 37.57 3.2 707.4 3.125 707.2 

37.7 3.2 742.9 37.68 3.2 734 37.7 3.2 644.1 37.67 3.2 707.2 3.2 707.1 

37.8 3.2 742.9 37.78 3.2 733.7 37.8 3.2 643.8 37.77 3.2 707 3.2 706.9 

37.9 3.2 742.6 37.88 3.2 733.5 37.9 3.2 643.6 37.87 3.2 706.7 3.2 706.6 

38 3.2 742.4 37.98 3.2 733.4 38 3.2 643.4 37.97 3.2 706.6 3.2 706.5 

38.1 3.2 742.3 38.08 3.2 733.3 38.1 3.2 643.3 38.07 3.2 706.3 3.2 706.3 

38.2 3.2 742.2 38.18 3.2 733.2 38.2 3.2 643.2 38.17 3.2 706.3 3.2 706.2 

79


38.3 3.2 742.2 38.28 3.2 733 38.3 3.2 642.9 38.27 3.2 706.3 3.2 706.1 

38.4 3.2 742.1 38.38 3.2 732.8 38.4 3.2 642.7 38.37 3.2 706.1 3.2 705.9 

38.5 3.2 741.9 38.48 3.2 732.7 38.5 3.2 642.6 38.47 3.2 706 3.2 705.8 

38.6 3.2 741.7 38.58 3.2 732.7 38.6 3.2 642.5 38.57 3.2 705.8 3.2 705.7 

38.7 3.2 741.6 38.68 3.2 732.5 38.7 3.2 642.4 38.67 3.3 705.6 3.225 705.5 

38.8 3.2 741.5 38.78 3.2 732.2 38.8 3.2 642.1 38.77 3.3 705.4 3.225 705.3 

38.9 3.3 741.3 38.88 3.3 732 38.9 3.3 641.9 38.87 3.3 705.2 3.3 705.1 

39 3.3 741.1 38.98 3.3 732 39 3.3 641.9 38.97 3.3 705 3.3 705 

39.1 3.3 741.1 39.08 3.3 732 39.1 3.3 641.8 39.07 3.3 704.8 3.3 704.9 

39.2 3.3 741 39.18 3.3 731.8 39.2 3.3 641.7 39.17 3.3 704.6 3.3 704.8 

39.3 3.3 741 39.28 3.3 731.6 39.3 3.3 641.4 39.27 3.3 704.4 3.3 704.6 

39.4 3.3 740.7 39.38 3.3 731.4 39.4 3.3 641.2 39.37 3.3 704.2 3.3 704.4 

39.5 3.3 740.5 39.48 3.3 731.4 39.5 3.3 641.1 39.47 3.3 703.9 3.3 704.2 

39.6 3.3 740.3 39.58 3.3 731.3 39.6 3.3 641 39.57 3.3 703.7 3.3 704.1 

39.7 3.3 740.3 39.68 3.3 731.2 39.7 3.3 640.8 39.67 3.3 703.5 3.3 704 

39.8 3.3 740.3 39.78 3.3 731 39.8 3.3 640.7 39.77 3.3 703.4 3.3 703.9 

39.9 3.3 740.1 39.88 3.3 730.9 39.9 3.3 640.5 39.87 3.4 703.3 3.325 703.7 

40 3.3 740 39.98 3.3 730.8 40 3.3 640.4 39.97 3.4 703.2 3.325 703.6 

40.1 3.4 739.9 40.08 3.4 730.8 40.1 3.4 640.3 40.07 3.4 703 3.4 703.5 

40.2 3.4 739.9 40.18 3.4 730.6 40.2 3.4 640.1 40.17 3.4 702.8 3.4 703.4 

40.3 3.4 739.9 40.28 3.4 730.4 40.3 3.4 639.8 40.27 3.4 702.6 3.4 703.2 

40.4 3.4 739.7 40.38 3.4 730.3 40.4 3.4 639.6 40.37 3.4 702.5 3.4 703 

40.5 3.4 739.6 40.48 3.4 730.2 40.5 3.4 639.5 40.47 3.4 702.3 3.4 702.9 

40.6 3.4 739.5 40.58 3.4 730 40.6 3.4 639.4 40.57 3.4 702.2 3.4 702.8 

40.7 3.4 739.5 40.68 3.4 729.8 40.7 3.4 639.2 40.67 3.4 702 3.4 702.6 

40.8 3.4 739.3 40.78 3.4 729.5 40.8 3.4 638.9 40.77 3.4 701.8 3.4 702.4 

40.9 3.4 739 40.88 3.4 729.6 40.9 3.4 638.8 40.87 3.4 701.6 3.4 702.3 

41 3.4 738.8 40.98 3.4 729.7 41 3.4 638.8 40.97 3.4 701.5 3.4 702.2 

41.1 3.4 738.8 41.08 3.4 729.6 41.1 3.4 638.7 41.07 3.5 701.5 3.425 702.2 

41.2 3.4 738.8 41.18 3.4 729.5 41.2 3.4 638.6 41.17 3.5 701.4 3.425 702.1 

41.3 3.5 738.7 41.28 3.5 729.3 41.3 3.5 638.2 41.27 3.5 701.1 3.5 701.8 

41.4 3.5 738.3 41.38 3.5 729.2 41.4 3.5 638.1 41.37 3.5 700.9 3.5 701.6 

41.5 3.5 738.1 41.48 3.5 729.2 41.5 3.5 638.1 41.47 3.5 700.7 3.5 701.5 

41.6 3.5 738.2 41.58 3.5 729.1 41.6 3.5 637.8 41.57 3.5 700.6 3.5 701.4 

41.7 3.5 738.2 41.68 3.5 729 41.7 3.5 637.8 41.67 3.5 700.4 3.5 701.4 

41.8 3.5 738.2 41.78 3.5 728.9 41.8 3.5 637.5 41.77 3.5 700.2 3.5 701.2 

41.9 3.5 738 41.88 3.5 728.9 41.9 3.5 637.4 41.87 3.5 700.1 3.5 701.1 

42 3.5 737.9 41.98 3.5 728.8 42 3.5 637.4 41.97 3.5 700 3.5 701 

42.1 3.5 737.8 42.08 3.5 728.8 42.1 3.5 637.2 42.07 3.5 699.9 3.5 700.9 

42.2 3.5 737.8 42.18 3.5 728.6 42.2 3.5 637.2 42.17 3.5 699.7 3.5 700.8 

42.3 3.5 737.6 42.28 3.5 728.5 42.3 3.5 637 42.27 3.6 699.6 3.525 700.7 

42.4 3.5 737.5 42.38 3.5 728.4 42.4 3.5 636.9 42.37 3.6 699.5 3.525 700.6 

42.5 3.6 737.4 42.48 3.6 728.3 42.5 3.6 636.9 42.47 3.6 699.5 3.6 700.5 

80


42.6 3.6 737.4 42.58 3.6 728.2 42.6 3.6 636.7 42.57 3.6 699.3 3.6 700.4 

42.7 3.6 737.4 42.68 3.6 728 42.7 3.6 636.5 42.67 3.6 699.1 3.6 700.3 

42.8 3.6 737.3 42.78 3.6 727.9 42.8 3.6 636.2 42.77 3.6 698.9 3.6 700.1 

42.9 3.6 737.1 42.88 3.6 727.9 42.9 3.6 636 42.87 3.6 698.8 3.6 700 

43 3.6 737.1 42.98 3.6 727.7 43 3.6 635.9 42.97 3.6 698.9 3.6 699.9 

43.1 3.6 737.1 43.08 3.6 727.8 43.1 3.6 635.9 43.07 3.6 698.5 3.6 699.8 

43.2 3.6 737 43.18 3.6 727.6 43.2 3.6 635.8 43.17 3.6 698.3 3.6 699.7 

43.3 3.6 737 43.28 3.6 727.5 43.3 3.6 635.7 43.27 3.6 698.1 3.6 699.6 

43.4 3.6 736.8 43.38 3.6 727.5 43.4 3.6 635.7 43.37 3.6 698 3.6 699.5 

43.5 3.6 736.8 43.48 3.6 727.4 43.5 3.6 635.5 43.47 3.7 698 3.625 699.4 

43.6 3.6 736.9 43.58 3.6 727.4 43.6 3.6 635.4 43.57 3.7 697.8 3.625 699.4 

43.7 3.7 736.7 43.68 3.7 727.2 43.7 3.7 635.3 43.67 3.7 697.6 3.7 699.2 

43.8 3.7 736.6 43.78 3.7 727.1 43.8 3.7 635.1 43.77 3.7 697.5 3.7 699.1 

43.9 3.7 736.4 43.88 3.7 727 43.9 3.7 634.9 43.87 3.7 697.4 3.7 698.9 

44 3.7 736.5 43.98 3.7 726.9 44 3.7 634.6 43.97 3.7 697.5 3.7 698.9 

44.1 3.7 736.6 44.08 3.7 726.8 44.1 3.7 634.5 44.07 3.7 697.2 3.7 698.8 

44.2 3.7 736.4 44.18 3.7 726.8 44.2 3.7 634.4 44.17 3.7 697 3.7 698.7 

44.3 3.7 736.3 44.28 3.7 726.8 44.3 3.7 634.3 44.27 3.7 697 3.7 698.6 

44.4 3.7 736.2 44.38 3.7 726.7 44.4 3.7 634.1 44.37 3.7 696.8 3.7 698.5 

44.5 3.7 736.2 44.48 3.7 726.5 44.5 3.7 634 44.47 3.7 696.8 3.7 698.4 

44.6 3.7 736.2 44.58 3.7 726.5 44.6 3.7 633.9 44.57 3.7 696.5 3.7 698.3 

44.7 3.7 736 44.68 3.7 726.5 44.7 3.7 633.9 44.67 3.7 696.4 3.7 698.2 

44.8 3.7 736 44.78 3.7 726.4 44.8 3.7 633.8 44.77 3.8 696.3 3.725 698.1 

44.9 3.8 735.9 44.88 3.8 726.3 44.9 3.8 633.7 44.87 3.8 696.2 3.8 698 

45 3.8 735.8 44.98 3.8 726.2 45 3.8 633.5 44.97 3.8 696.3 3.8 698 

45.1 3.8 735.8 45.08 3.8 726.2 45.1 3.8 633.3 45.07 3.8 696.1 3.8 697.9 

45.2 3.8 735.7 45.18 3.8 726 45.2 3.8 633.3 45.17 3.8 695.8 3.8 697.7 

45.3 3.8 735.5 45.28 3.8 725.9 45.3 3.8 633.2 45.27 3.8 695.8 3.8 697.6 

45.4 3.8 735.4 45.38 3.8 725.8 45.4 3.8 633 45.37 3.8 695.7 3.8 697.5 

45.5 3.8 735.4 45.48 3.8 725.7 45.5 3.8 632.9 45.47 3.8 695.6 3.8 697.4 

45.6 3.8 735.3 45.58 3.8 725.8 45.6 3.8 632.9 45.57 3.8 695.5 3.8 697.4 

45.7 3.8 735.3 45.68 3.8 725.8 45.7 3.8 632.8 45.67 3.8 695.1 3.8 697.3 

45.8 3.8 735.1 45.78 3.8 725.7 45.8 3.8 632.5 45.77 3.8 695.2 3.8 697.1 

45.9 3.8 735.1 45.88 3.8 725.7 45.9 3.8 632.3 45.87 3.9 695 3.825 697 

46 3.8 735.1 45.98 3.8 725.6 46 3.8 632.4 45.97 3.9 694.9 3.825 697 

46.1 3.9 735 46.08 3.9 725.5 46.1 3.9 632.2 46.07 3.9 694.7 3.9 696.9 

46.2 3.9 735 46.18 3.9 725.6 46.2 3.9 632.2 46.17 3.9 694.5 3.9 696.8 

46.3 3.9 734.9 46.28 3.9 725.4 46.3 3.9 632.1 46.27 3.9 694.5 3.9 696.7 

46.4 3.9 734.9 46.38 3.9 725.2 46.4 3.9 631.9 46.37 3.9 694.6 3.9 696.7 

46.5 3.9 734.9 46.48 3.9 725.2 46.5 3.9 631.8 46.47 3.9 694.5 3.9 696.6 

46.6 3.9 734.8 46.58 3.9 725.3 46.6 3.9 631.9 46.57 3.9 694.4 3.9 696.6 

46.7 3.9 734.6 46.68 3.9 725.4 46.7 3.9 631.5 46.67 3.9 694.2 3.9 696.4 

46.8 3.9 734.7 46.78 3.9 725.2 46.8 3.9 631.6 46.77 3.9 694.1 3.9 696.4 

81


46.9 3.9 734.6 46.88 3.9 725.1 46.9 3.9 631.5 46.87 3.9 694 3.9 696.3 

47 3.9 734.6 46.98 3.9 724.9 47 3.9 631.4 46.97 3.9 693.9 3.9 696.2 

47.1 3.9 734.4 47.08 3.9 725 47.1 3.9 631.5 47.07 3.9 693.7 3.9 696.2 

47.2 3.9 734.4 47.18 3.9 725.2 47.2 3.9 631.3 47.17 4 693.7 3.925 696.2 

47.3 4 734.4 47.28 4 725 47.3 4 631.2 47.27 4 693.7 4 696.1 

47.4 4 734.3 47.38 4 725 47.4 4 630.9 47.37 4 693.6 4 696 

47.5 4 734.2 47.48 4 724.9 47.5 4 630.9 47.47 4 693.6 4 695.9 

47.6 4 734.1 47.58 4 725 47.6 4 630.8 47.57 4 693.3 4 695.8 

47.7 4 734 47.68 4 725 47.7 4 630.8 47.67 4 693.1 4 695.7 

47.8 4 734 47.78 4 724.8 47.8 4 630.7 47.77 4 693.1 4 695.7 

47.9 4 734.1 47.88 4 724.7 47.9 4 630.7 47.87 4 692.9 4 695.6 

48 4 734 47.98 4 724.7 48 4 630.5 47.97 4 693 4 695.6 

48.1 4 734 48.08 4 724.8 48.1 4 630.8 48.07 4 692.8 4 695.6 

48.2 4 733.9 48.18 4 724.6 48.2 4 630.6 48.17 4 692.6 4 695.4 

48.3 4 733.9 48.28 4 724.4 48.3 4 630.4 48.27 4.1 692.6 4.025 695.3 

48.4 4 733.9 48.38 4 724.4 48.4 4 630.3 48.37 4.1 692.4 4.025 695.3 

48.5 4.1 733.8 48.48 4.1 724.5 48.5 4.1 630 48.47 4.1 692.4 4.1 695.2 

48.6 4.1 733.8 48.58 4.1 724.6 48.6 4.1 630.3 48.57 4.1 692.3 4.1 695.3 

48.7 4.1 733.7 48.68 4.1 724.6 48.7 4.1 630.1 48.67 4.1 692.2 4.1 695.2 

48.8 4.1 733.7 48.78 4.1 724.5 48.8 4.1 629.8 48.77 4.1 692 4.1 695 

48.9 4.1 733.6 48.88 4.1 724.4 48.9 4.1 629.7 48.87 4.1 691.8 4.1 694.9 

49 4.1 733.7 48.98 4.1 724.5 49 4.1 629.7 48.97 4.1 691.8 4.1 694.9 

49.1 4.1 733.7 49.08 4.1 724.6 49.1 4.1 629.7 49.07 4.1 691.6 4.1 694.9 

49.2 4.1 733.8 49.18 4.1 724.5 49.2 4.1 629.6 49.17 4.1 691.6 4.1 694.9 

49.3 4.1 733.9 49.28 4.1 724.5 49.3 4.1 629.3 49.27 4.1 691.4 4.1 694.8 

49.4 4.1 733.7 49.38 4.1 724.5 49.4 4.1 629.3 49.37 4.1 691.2 4.1 694.7 

49.5 4.1 733.7 49.48 4.1 724.6 49.5 4.1 629.2 49.47 4.1 691.1 4.1 694.7 

49.6 4.1 733.7 49.58 4.1 724.6 49.6 4.1 629.3 49.57 4.2 691 4.125 694.7 

49.7 4.2 733.7 49.68 4.2 724.6 49.7 4.2 629.2 49.67 4.2 690.9 4.2 694.6 

49.8 4.2 733.7 49.78 4.2 724.5 49.8 4.2 628.9 49.77 4.2 690.8 4.2 694.5 

49.9 4.2 733.5 49.88 4.2 724.6 49.9 4.2 628.9 49.87 4.2 690.7 4.2 694.4 

50 4.2 733.4 49.98 4.2 724.6 50 4.2 628.6 49.97 4.2 690.7 4.2 694.3 

50.1 4.2 733.3 50.08 4.2 724.7 50.1 4.2 628.8 50.07 4.2 690.6 4.2 694.4 

50.2 4.2 733.3 50.18 4.2 724.7 50.2 4.2 628.6 50.17 4.2 690.5 4.2 694.3 

50.3 4.2 733.3 50.28 4.2 724.5 50.3 4.2 628.4 50.27 4.2 690.4 4.2 694.2 

50.4 4.2 733.2 50.38 4.2 724.6 50.4 4.2 628.3 50.37 4.2 690.3 4.2 694.1 

50.5 4.2 733.2 50.48 4.2 724.7 50.5 4.2 628.4 50.47 4.2 690.2 4.2 694.1 

50.6 4.2 733.3 50.58 4.2 724.7 50.6 4.2 628.4 50.57 4.2 690.1 4.2 694.1 

50.7 4.2 733.3 50.68 4.2 724.6 50.7 4.2 628.4 50.67 4.2 689.9 4.2 694.1 

50.8 4.2 733.4 50.78 4.2 724.4 50.8 4.2 628 50.77 4.3 689.8 4.225 693.9 

50.9 4.3 733.2 50.88 4.3 724.5 50.9 4.3 628.1 50.87 4.3 689.8 4.3 693.9 

51 4.3 733.2 50.98 4.3 724.7 51 4.3 628 50.97 4.3 689.8 4.3 693.9 

51.1 4.3 733.2 51.08 4.3 724.6 51.1 4.3 628 51.07 4.3 689.7 4.3 693.9 

82


51.2 4.3 733.3 51.18 4.3 724.6 51.2 4.3 628 51.17 4.3 689.6 4.3 693.9 

51.3 4.3 733.3 51.28 4.3 724.5 51.3 4.3 627.7 51.27 4.3 689.5 4.3 693.8 

51.4 4.3 733.2 51.38 4.3 724.6 51.4 4.3 627.8 51.37 4.3 689.4 4.3 693.8 

51.5 4.3 733.1 51.48 4.3 724.6 51.5 4.3 627.8 51.47 4.3 689.5 4.3 693.8 

51.6 4.3 733.3 51.58 4.3 724.5 51.6 4.3 627.7 51.57 4.3 689.3 4.3 693.7 

51.7 4.3 733.3 51.68 4.3 724.5 51.7 4.3 627.5 51.67 4.3 689 4.3 693.6 

51.8 4.3 733.3 51.78 4.3 724.4 51.8 4.3 627.4 51.77 4.3 688.9 4.3 693.5 

51.9 4.3 733.1 51.88 4.3 724.5 51.9 4.3 627.2 51.87 4.3 688.9 4.3 693.4 

52 4.3 733.1 51.98 4.3 724.6 52 4.3 627.4 51.97 4.4 688.9 4.325 693.5 

52.1 4.4 733.1 52.08 4.4 724.5 52.1 4.4 627.2 52.07 4.4 688.9 4.4 693.4 

52.2 4.4 733.2 52.18 4.4 724.5 52.2 4.4 627.3 52.17 4.4 688.8 4.4 693.5 

52.3 4.4 733.1 52.28 4.4 724.5 52.3 4.4 627.3 52.27 4.4 688.7 4.4 693.4 

52.4 4.4 733 52.38 4.4 724.6 52.4 4.4 627.3 52.37 4.4 688.7 4.4 693.4 

52.5 4.4 732.9 52.48 4.4 724.5 52.5 4.4 627.2 52.47 4.4 688.6 4.4 693.3 

52.6 4.4 732.9 52.58 4.4 724.6 52.6 4.4 626.9 52.57 4.4 688.5 4.4 693.2 

52.7 4.4 732.9 52.68 4.4 724.4 52.7 4.4 627 52.67 4.4 688.2 4.4 693.1 

52.8 4.4 732.7 52.78 4.4 724.3 52.8 4.4 626.9 52.77 4.4 688.2 4.4 693 

52.9 4.4 732.5 52.88 4.4 724.2 52.9 4.4 626.8 52.87 4.4 688.1 4.4 692.9 

53 4.4 732.5 52.98 4.4 724.2 53 4.4 626.8 52.97 4.4 688.2 4.4 692.9 

53.1 4.4 732.4 53.08 4.4 724.4 53.1 4.4 626.6 53.07 4.5 688.1 4.425 692.9 

53.2 4.4 732.3 53.18 4.4 724.4 53.2 4.4 626.3 53.17 4.5 687.9 4.425 692.7 

53.3 4.5 732.2 53.28 4.5 724.3 53.3 4.5 626.5 53.27 4.5 687.7 4.5 692.7 

53.4 4.5 731.9 53.38 4.5 724.4 53.4 4.5 626.3 53.37 4.5 687.7 4.5 692.6 

53.5 4.5 731.9 53.48 4.5 724.3 53.5 4.5 626.3 53.47 4.5 687.8 4.5 692.6 

53.6 4.5 731.9 53.58 4.5 724.4 53.6 4.5 626.2 53.57 4.5 687.7 4.5 692.6 

53.7 4.5 731.6 53.68 4.5 724.4 53.7 4.5 626 53.67 4.5 687.5 4.5 692.4 

53.8 4.5 731.4 53.78 4.5 724.4 53.8 4.5 626 53.77 4.5 687.4 4.5 692.3 

53.9 4.5 731.2 53.88 4.5 724.4 53.9 4.5 626 53.87 4.5 687.4 4.5 692.3 

54 4.5 731.1 53.98 4.5 724.3 54 4.5 626 53.97 4.5 687.4 4.5 692.2 

54.1 4.5 731.1 54.08 4.5 724.3 54.1 4.5 625.8 54.07 4.5 687.3 4.5 692.1 

54.2 4.5 730.9 54.18 4.5 724.3 54.2 4.5 625.7 54.17 4.5 687.2 4.5 692 

54.3 4.5 730.8 54.28 4.5 724.3 54.3 4.5 625.6 54.27 4.5 687.1 4.5 692 

54.4 4.5 730.5 54.38 4.5 724.3 54.4 4.5 625.6 54.37 4.6 687 4.525 691.9 

54.5 4.6 730.3 54.48 4.6 724.2 54.5 4.6 625.4 54.47 4.6 687.1 4.6 691.8 

54.6 4.6 730.3 54.58 4.6 724.2 54.6 4.6 625.6 54.57 4.6 686.9 4.6 691.8 

54.7 4.6 730.1 54.68 4.6 724.3 54.7 4.6 625.2 54.67 4.6 686.8 4.6 691.6 

54.8 4.6 730 54.78 4.6 724.4 54.8 4.6 625.3 54.77 4.6 686.8 4.6 691.6 

54.9 4.6 729.7 54.88 4.6 724.3 54.9 4.6 625.2 54.87 4.6 686.8 4.6 691.5 

55 4.6 729.5 54.98 4.6 724.3 55 4.6 625.1 54.97 4.6 686.8 4.6 691.4 

55.1 4.6 729.3 55.08 4.6 724.2 55.1 4.6 625.2 55.07 4.6 686.8 4.6 691.4 

55.2 4.6 729 55.18 4.6 724.3 55.2 4.6 624.9 55.17 4.6 686.7 4.6 691.2 

55.3 4.6 728.7 55.28 4.6 724.3 55.3 4.6 624.9 55.27 4.6 686.6 4.6 691.1 

55.4 4.6 728.3 55.38 4.6 724.3 55.4 4.6 624.8 55.37 4.6 686.6 4.6 691 

83


55.5 4.6 728.1 55.48 4.6 724.3 55.5 4.6 624.8 55.47 4.7 686.5 4.625 690.9 

55.6 4.6 727.8 55.58 4.6 724.3 55.6 4.6 624.7 55.57 4.7 686.5 4.625 690.8 

55.7 4.7 727.5 55.68 4.7 724.3 55.7 4.7 624.8 55.67 4.7 686.3 4.7 690.7 

55.8 4.7 727.1 55.78 4.7 724.3 55.8 4.7 624.7 55.77 4.7 686.3 4.7 690.6 

55.86 4.7 715.2 55.88 4.7 724.2 55.9 4.7 624.7 55.87 4.7 686.3 4.7 687.6 

55.87 4.7 700.3 55.98 4.7 724.3 56 4.7 624.5 55.97 4.7 686.3 4.7 683.9 

55.87 4.7 678.2 56.08 4.7 724.4 56.1 4.7 624.6 56.07 4.7 686.2 4.7 678.4 

55.87 4.7 651.2 56.18 4.7 724.5 56.2 4.7 624.5 56.17 4.7 686 4.7 671.6 

55.87 4.7 620.7 56.28 4.7 724.4 56.3 4.7 624.4 56.27 4.7 686 4.7 663.9 

55.87 4.7 587.7 56.38 4.7 724.4 56.4 4.7 624.3 56.37 4.7 686 4.7 655.6 

55.88 4.7 553.1 56.48 4.7 724.4 56.5 4.7 624.2 56.47 4.7 686 4.7 646.9 

55.88 4.7 517.8 56.58 4.7 724.4 56.6 4.7 624.2 56.57 4.7 685.9 4.7 638.1 

55.88 4.7 482.1 56.68 4.7 724.5 56.7 4.7 624.2 56.67 4.7 685.8 4.7 629.2 

55.88 4.7 446.5 56.78 4.7 724.4 56.8 4.7 624.1 56.77 4.8 685.8 4.725 620.2 

55.88 4.7 411.5 56.88 4.8 724.4 56.9 4.8 624 56.87 4.8 685.7 4.775 611.4 

56.98 4.8 724.4 57 4.8 624 56.97 4.8 685.6 4.8 678 

57.08 4.8 724.3 57.1 4.8 624 57.07 4.8 685.6 4.8 678 

57.18 4.8 724.3 57.2 4.8 624.1 57.17 4.8 685.5 4.8 678 

57.28 4.8 724.1 57.3 4.8 623.9 57.27 4.8 685.6 4.8 677.9 

57.38 4.8 724.1 57.4 4.8 623.8 57.37 4.8 685.6 4.8 677.8 

57.48 4.8 724.1 57.5 4.8 623.9 57.47 4.8 685.6 4.8 677.9 

57.58 4.8 724.1 57.6 4.8 624 57.57 4.8 685.4 4.8 677.8 

57.68 4.8 724 57.7 4.8 623.8 57.67 4.8 685.3 4.8 677.7 

57.78 4.8 723.8 57.8 4.8 623.7 57.77 4.8 685.2 4.8 677.6 

57.88 4.8 723.7 57.9 4.8 623.8 57.87 4.9 685.1 4.833 677.5 

57.98 4.8 723.6 58 4.8 623.5 57.97 4.9 685.1 4.833 677.4 

58.08 4.9 723.5 58.1 4.9 623.4 58.07 4.9 685 4.9 677.3 

58.18 4.9 723.4 58.2 4.9 623.5 58.17 4.9 684.8 4.9 677.2 

58.28 4.9 723.2 58.3 4.9 623.2 58.27 4.9 684.9 4.9 677.1 

58.38 4.9 723 58.4 4.9 623.3 58.37 4.9 684.8 4.9 677 

58.48 4.9 722.9 58.5 4.9 623.5 58.47 4.9 684.9 4.9 677.1 

58.58 4.9 722.8 58.6 4.9 623.2 58.57 4.9 684.8 4.9 676.9 

58.68 4.9 722.5 58.7 4.9 623.1 58.67 4.9 684.7 4.9 676.8 

58.78 4.9 722.3 58.8 4.9 623.1 58.77 4.9 684.7 4.9 676.7 

58.88 4.9 722.2 58.9 4.9 622.9 58.87 4.9 684.6 4.9 676.6 

58.98 4.9 722.1 59 4.9 622.9 58.97 4.9 684.5 4.9 676.5 

59.08 4.9 722.1 59.1 4.9 622.9 59.07 4.9 684.4 4.9 676.5 

59.18 4.9 721.9 59.2 4.9 622.7 59.17 5 684.3 4.933 676.3 

59.28 5 721.8 59.3 5 622.6 59.27 5 684.3 5 676.2 

59.38 5 721.6 59.4 5 622.7 59.37 5 684.2 5 676.2 

59.48 5 721.6 59.5 5 622.8 59.47 5 684.2 5 676.2 

59.58 5 721.5 59.6 5 622.8 59.57 5 684.2 5 676.2 

59.68 5 721.2 59.7 5 622.8 59.67 5 684.1 5 676 

84


59.78 5 721 59.8 5 622.4 59.77 5 684 5 675.8 

59.88 5 720.9 59.9 5 622.7 59.87 5 684 5 675.9 

59.98 5 720.8 60 5 622.6 59.97 5 684 5 675.8 

60.08 5 720.7 60.1 5 622.4 60.07 5 684 5 675.7 

60.18 5 720.4 60.2 5 622.3 60.17 5 683.9 5 675.5 

60.28 5 720.1 60.3 5 622.4 60.27 5.1 683.8 5.033 675.4 

60.38 5 719.9 60.4 5 622.3 60.37 5.1 683.8 5.033 675.3 

60.48 5.1 719.8 60.5 5.1 622.3 60.47 5.1 683.8 5.1 675.3 

60.58 5.1 719.7 60.6 5.1 622.4 60.57 5.1 683.6 5.1 675.2 

60.68 5.1 719.4 60.7 5.1 622 60.67 5.1 683.4 5.1 674.9 

60.78 5.1 719 60.8 5.1 621.9 60.77 5.1 683.3 5.1 674.7 

60.88 5.1 719 60.9 5.1 622.4 60.87 5.1 683.3 5.1 674.9 

60.98 5.1 718.9 61 5.1 622.2 60.97 5.1 683.4 5.1 674.8 

61.08 5.1 718.7 61.1 5.1 622.3 61.07 5.1 683.5 5.1 674.8 

61.18 5.1 718.5 61.2 5.1 622.3 61.17 5.1 683.4 5.1 674.7 

61.28 5.1 718.1 61.3 5.1 621.7 61.27 5.1 683.3 5.1 674.4 

61.38 5.1 718 61.4 5.1 622 61.37 5.1 683.2 5.1 674.4 

61.48 5.1 717.8 61.5 5.1 622 61.47 5.2 683.2 5.133 674.3 

61.58 5.1 717.6 61.6 5.1 621.9 61.57 5.2 683.1 5.133 674.2 

61.68 5.2 717.3 61.7 5.2 621.7 61.67 5.2 683 5.2 674 

61.78 5.2 717 61.8 5.2 621.7 61.77 5.2 683.1 5.2 673.9 

61.88 5.2 716.9 61.9 5.2 621.6 61.87 5.2 683 5.2 673.8 

61.98 5.2 716.7 62 5.2 621.6 61.97 5.2 683 5.2 673.8 

62.08 5.2 716.5 62.1 5.2 621.7 62.07 5.2 682.9 5.2 673.7 

62.18 5.2 716.1 62.2 5.2 621.4 62.17 5.2 682.7 5.2 673.4 

62.28 5.2 715.8 62.3 5.2 621.3 62.27 5.2 682.7 5.2 673.3 

62.38 5.2 715.6 62.4 5.2 621.4 62.37 5.2 682.7 5.2 673.2 

62.48 5.2 715.1 62.5 5.2 621.3 62.47 5.2 682.7 5.2 673 

62.58 5.2 714.7 62.6 5.2 621.4 62.57 5.2 682.8 5.2 673 

62.68 5.2 714.3 62.7 5.2 621.3 62.67 5.3 682.7 5.233 672.8 

62.78 5.2 713.8 62.8 5.2 621 62.77 5.3 682.7 5.233 672.5 

62.88 5.3 713.3 62.9 5.3 621.2 62.87 5.3 682.7 5.3 672.4 

62.98 5.3 712.7 63 5.3 621 62.97 5.3 682.8 5.3 672.2 

63.08 5.3 712 63.1 5.3 620.7 63.07 5.3 682.7 5.3 671.8 

63.18 5.3 711.2 63.2 5.3 620.7 63.17 5.3 682.6 5.3 671.5 

63.28 5.3 710.3 63.3 5.3 620.7 63.27 5.3 682.5 5.3 671.2 

63.38 5.3 709.4 63.4 5.3 620.7 63.37 5.3 682.5 5.3 670.9 

63.48 5.3 708.3 63.5 5.3 620.9 63.47 5.3 682.5 5.3 670.6 

63.58 5.3 707.2 63.6 5.3 620.8 63.57 5.3 682.4 5.3 670.1 

63.68 5.3 706 63.7 5.3 620.6 63.67 5.3 682.2 5.3 669.6 

63.78 5.3 704.4 63.8 5.3 620.4 63.77 5.3 682.2 5.3 669 

63.83 5.3 696.4 63.9 5.3 620.3 63.87 5.4 682.3 5.333 666.3 

63.83 5.3 684.1 64 5.3 620.3 63.97 5.4 682.3 5.333 662.2 

85


63.83 5.3 664.3 64.1 5.4 620.4 64.07 5.4 682.2 5.367 655.6 

63.83 5.3 639.1 64.2 5.4 620.3 64.17 5.4 682.1 5.367 647.2 

63.83 5.3 610.2 64.3 5.4 620.1 64.27 5.4 682.1 5.367 637.5 

63.84 5.3 578.5 64.4 5.4 620.1 64.37 5.4 682.1 5.367 626.9 

63.84 5.3 545.1 64.5 5.4 619.8 64.47 5.4 682.1 5.367 615.7 

63.84 5.3 510.6 64.6 5.4 619.8 64.57 5.4 681.9 5.367 604.1 

63.84 5.3 475.7 64.7 5.4 619.9 64.67 5.4 681.9 5.367 592.5 

63.84 5.3 440.8 64.8 5.4 620 64.77 5.4 681.8 5.367 580.9 

63.85 5.3 406.3 64.9 5.4 619.9 64.87 5.4 681.8 5.367 569.3 

65 5.4 619.7 64.97 5.4 681.9 5.4 650.8 

65.1 5.4 619.4 65.07 5.5 681.7 5.45 650.6 

65.2 5.4 619.6 65.17 5.5 681.6 5.45 650.6 

65.3 5.5 619.6 65.27 5.5 681.6 5.5 650.6 

65.4 5.5 619.5 65.37 5.5 681.6 5.5 650.6 

65.5 5.5 619.4 65.47 5.5 681.6 5.5 650.5 

65.6 5.5 619.3 65.57 5.5 681.5 5.5 650.4 

65.7 5.5 619.4 65.67 5.5 681.3 5.5 650.4 

65.8 5.5 619.2 65.77 5.5 681.2 5.5 650.2 

65.9 5.5 619 65.87 5.5 681.2 5.5 650.1 

66 5.5 618.9 65.97 5.5 681.2 5.5 650.1 

66.1 5.5 618.8 66.07 5.5 681.2 5.5 650 

66.2 5.5 618.9 66.17 5.5 681 5.5 650 

66.3 5.5 618.8 66.27 5.5 681 5.5 649.9 

66.4 5.5 618.8 66.37 5.6 681.1 5.55 650 

66.5 5.6 618.9 66.47 5.6 681 5.6 650 

66.6 5.6 618.8 66.57 5.6 681 5.6 649.9 

66.7 5.6 618.8 66.67 5.6 680.9 5.6 649.9 

66.8 5.6 618.7 66.77 5.6 680.8 5.6 649.8 

66.9 5.6 618.5 66.87 5.6 680.8 5.6 649.7 

67 5.6 618.5 66.97 5.6 680.7 5.6 649.6 

67.1 5.6 618.5 67.07 5.6 680.6 5.6 649.6 

67.2 5.6 618.5 67.17 5.6 680.6 5.6 649.6 

67.3 5.6 618.4 67.27 5.6 680.6 5.6 649.5 

67.4 5.6 618.3 67.37 5.6 680.6 5.6 649.5 

67.5 5.6 618.2 67.47 5.7 680.6 5.65 649.4 

67.6 5.6 618.2 67.57 5.7 680.5 5.65 649.4 

67.7 5.7 618.2 67.67 5.7 680.4 5.7 649.3 

67.8 5.7 618.1 67.77 5.7 680.4 5.7 649.3 

67.9 5.7 618 67.87 5.7 680.2 5.7 649.1 

68 5.7 618 67.97 5.7 680.3 5.7 649.2 

68.1 5.7 618 68.07 5.7 680.1 5.7 649.1 

68.2 5.7 618.1 68.17 5.7 679.9 5.7 649 

68.3 5.7 618 68.27 5.7 679.9 5.7 649 

86


68.4 5.7 617.9 68.37 5.7 679.8 5.7 648.9 

68.5 5.7 617.9 68.47 5.7 679.9 5.7 648.9 

68.6 5.7 617.8 68.57 5.7 679.8 5.7 648.8 

68.7 5.7 617.8 68.67 5.8 679.8 5.75 648.8 

68.8 5.7 617.6 68.77 5.8 679.8 5.75 648.7 

68.9 5.8 617.5 68.87 5.8 679.7 5.8 648.6 

69 5.8 617.5 68.97 5.8 679.7 5.8 648.6 

69.1 5.8 617.5 69.07 5.8 679.5 5.8 648.5 

69.2 5.8 617.5 69.17 5.8 679.5 5.8 648.5 

69.3 5.8 617.3 69.27 5.8 679.5 5.8 648.4 

69.4 5.8 617.3 69.37 5.8 679.3 5.8 648.3 

69.5 5.8 617.3 69.47 5.8 679.1 5.8 648.2 

69.6 5.8 617.3 69.57 5.8 679 5.8 648.2 

69.7 5.8 617.2 69.67 5.8 679 5.8 648.1 

69.8 5.8 617.1 69.77 5.8 679 5.8 648.1 

69.9 5.8 616.9 69.87 5.9 679 5.85 648 

70 5.8 616.8 69.97 5.9 679 5.85 647.9 

70.1 5.9 616.9 70.07 5.9 678.9 5.9 647.9 

70.2 5.9 616.7 70.17 5.9 678.8 5.9 647.8 

70.3 5.9 607.8 70.27 5.9 678.6 5.9 643.2 

70.3 5.9 595.5 70.37 5.9 678.5 5.9 637 

70.3 5.9 576.1 70.43 5.9 665.4 5.9 620.8 

70.3 5.9 551.4 70.43 5.9 649.5 5.9 600.5 

70.3 5.9 523.2 70.43 5.9 627 5.9 575.1 

70.31 5.9 492.4 70.43 5.9 600.2 5.9 546.3 

70.31 5.9 459.8 70.44 5.9 570.3 5.9 515.1 

70.31 5.9 426.3 70.44 5.9 538.2 5.9 482.3 

70.31 5.9 392.5 70.44 5.9 504.7 5.9 448.6 

70.31 5.9 358.6 70.44 5.9 470.6 5.9 414.6 

70.44 5.9 436.2 5.9 436.2 

70.45 5.9 402 5.9 402 

87


1 2 5 days 

Time Extension Load Time Extension Load 

avg 

extension 

avg 

load 

(sec) (mm) (N) (sec) (mm) (N) 

0 0 7.6 0 0 5.6 0 6.6 

0.1 0 7.9 0.1 0 5.9 0 6.9 

0.2 0 12.1 0.2 0 10.2 0 11.15 

0.3 0 16.9 0.3 0 15.3 0 16.1 

0.4 0 21.1 0.4 0 20.1 0 20.6 

0.5 0.1 25 0.5 0.1 24.3 0.1 24.65 

0.6 0.1 28.8 0.6 0.1 28.5 0.1 28.65 

0.7 0.1 32.6 0.7 0.1 32.5 0.1 32.55 

0.8 0.1 36.3 0.8 0.1 36.5 0.1 36.4 

0.9 0.1 40 0.9 0.1 40.5 0.1 40.25 

1 0.1 43.6 1 0.1 44.5 0.1 44.05 

1.1 0.1 47.3 1.1 0.1 48.3 0.1 47.8 

1.2 0.1 51 1.2 0.1 52.1 0.1 51.55 

1.3 0.1 54.6 1.3 0.1 56 0.1 55.3 

1.4 0.1 58 1.4 0.1 60 0.1 59 

1.5 0.1 61.5 1.5 0.1 63.9 0.1 62.7 

1.6 0.1 65.1 1.6 0.1 67.9 0.1 66.5 

1.7 0.2 68.7 1.7 0.2 71.8 0.2 70.25 

1.8 0.2 72.3 1.8 0.2 75.7 0.2 74 

1.9 0.2 75.7 1.9 0.2 79.4 0.2 77.55 

2 0.2 79.2 2 0.2 83.2 0.2 81.2 

2.1 0.2 82.9 2.1 0.2 87 0.2 84.95 

2.2 0.2 86.4 2.2 0.2 90.9 0.2 88.65 

2.3 0.2 89.9 2.3 0.2 94.7 0.2 92.3 

2.4 0.2 93.4 2.4 0.2 98.4 0.2 95.9 

2.5 0.2 97.1 2.5 0.2 102.2 0.2 99.65 

2.6 0.2 100.8 2.6 0.2 106 0.2 103.4 

2.7 0.2 104.3 2.7 0.2 109.9 0.2 107.1 

2.8 0.2 107.8 2.8 0.2 113.6 0.2 110.7 

2.9 0.3 111.2 2.9 0.3 117.2 0.3 114.2 

3 0.3 114.7 3 0.3 120.9 0.3 117.8 

3.1 0.3 118.1 3.1 0.3 124.7 0.3 121.4 

3.2 0.3 121.4 3.2 0.3 128.5 0.3 124.95 

3.3 0.3 124.9 3.3 0.3 132.2 0.3 128.55 

3.4 0.3 128 3.4 0.3 135.8 0.3 131.9 

3.5 0.3 131.2 3.5 0.3 139.4 0.3 135.3 

3.6 0.3 134.2 3.6 0.3 143.1 0.3 138.65 

3.7 0.3 137.1 3.7 0.3 146.8 0.3 141.95 

3.8 0.3 140.1 3.8 0.3 150.2 0.3 145.15 

3.9 0.3 143.2 3.9 0.3 153.6 0.3 148.4 

4 0.3 146.6 4 0.3 157.1 0.3 151.85 

4.1 0.4 150.3 4.1 0.4 160.6 0.4 155.45 

4.2 0.4 154.1 4.2 0.4 164.1 0.4 159.1 

4.3 0.4 157.9 4.3 0.4 167.3 0.4 162.6 

4.4 0.4 161.7 4.4 0.4 170.2 0.4 165.95 

4.5 0.4 165.6 4.5 0.4 173 0.4 169.3 

88


4.6 0.4 169.4 4.6 0.4 175.6 0.4 172.5 

4.7 0.4 173.4 4.7 0.4 178.1 0.4 175.75 

4.8 0.4 177.2 4.8 0.4 180.5 0.4 178.85 

4.9 0.4 181.1 4.9 0.4 183.7 0.4 182.4 

5 0.4 184.9 5 0.4 187.4 0.4 186.15 

5.1 0.4 188.6 5.1 0.4 191.2 0.4 189.9 

5.2 0.4 192.5 5.2 0.4 195 0.4 193.75 

5.3 0.5 196.3 5.3 0.5 198.7 0.5 197.5 

5.4 0.5 200.2 5.4 0.5 202.2 0.5 201.2 

5.5 0.5 204 5.5 0.5 205.9 0.5 204.95 

5.6 0.5 207.6 5.6 0.5 209.7 0.5 208.65 

5.7 0.5 211.5 5.7 0.5 213.3 0.5 212.4 

5.8 0.5 215.3 5.8 0.5 217.2 0.5 216.25 

5.9 0.5 219.1 5.9 0.5 220.8 0.5 219.95 

6 0.5 222.9 6 0.5 224.6 0.5 223.75 

6.1 0.5 226.7 6.1 0.5 228.3 0.5 227.5 

6.2 0.5 230.5 6.2 0.5 231.8 0.5 231.15 

6.3 0.5 234.4 6.3 0.5 235.5 0.5 234.95 

6.4 0.5 238.2 6.4 0.5 239.1 0.5 238.65 

6.5 0.6 241.9 6.5 0.6 243 0.6 242.45 

6.6 0.6 245.7 6.6 0.6 246.7 0.6 246.2 

6.7 0.6 249.3 6.7 0.6 250.4 0.6 249.85 

6.8 0.6 253.1 6.8 0.6 253.8 0.6 253.45 

6.9 0.6 256.8 6.9 0.6 257.5 0.6 257.15 

7 0.6 260.4 7 0.6 261.2 0.6 260.8 

7.1 0.6 264 7.1 0.6 264.8 0.6 264.4 

7.2 0.6 267.7 7.2 0.6 268.5 0.6 268.1 

7.3 0.6 271.4 7.3 0.6 272 0.6 271.7 

7.4 0.6 275 7.4 0.6 275.5 0.6 275.25 

7.5 0.6 278.5 7.5 0.6 279.3 0.6 278.9 

7.6 0.6 282.1 7.6 0.6 282.8 0.6 282.45 

7.7 0.7 285.7 7.7 0.7 286.4 0.7 286.05 

7.8 0.7 289.2 7.8 0.7 289.9 0.7 289.55 

7.9 0.7 292.7 7.9 0.7 293.4 0.7 293.05 

8 0.7 296 8 0.7 297.2 0.7 296.6 

8.1 0.7 299.6 8.1 0.7 300.6 0.7 300.1 

8.2 0.7 303.1 8.2 0.7 304.2 0.7 303.65 

8.3 0.7 306.7 8.3 0.7 307.7 0.7 307.2 

8.4 0.7 310 8.4 0.7 311.3 0.7 310.65 

8.5 0.7 313.4 8.5 0.7 314.9 0.7 314.15 

8.6 0.7 316.7 8.6 0.7 318.4 0.7 317.55 

8.7 0.7 320.1 8.7 0.7 322 0.7 321.05 

8.8 0.7 323.6 8.8 0.7 325.5 0.7 324.55 

8.9 0.8 326.8 8.9 0.8 329.2 0.8 328 

9 0.8 330.1 9 0.8 332.8 0.8 331.45 

9.1 0.8 333.2 9.1 0.8 336.3 0.8 334.75 

9.2 0.8 336.3 9.2 0.8 339.9 0.8 338.1 

9.3 0.8 339.4 9.3 0.8 343.5 0.8 341.45 

9.4 0.8 342.3 9.4 0.8 347.2 0.8 344.75 

9.5 0.8 345.3 9.5 0.8 350.8 0.8 348.05 

89


9.6 0.8 348.1 9.6 0.8 354.4 0.8 351.25 

9.7 0.8 351.2 9.7 0.8 358 0.8 354.6 

9.8 0.8 354.1 9.8 0.8 361.4 0.8 357.75 

9.9 0.8 356.7 9.9 0.8 364.9 0.8 360.8 

10 0.8 359.4 10 0.8 368.4 0.8 363.9 

10.1 0.9 362.3 10.1 0.9 371.9 0.9 367.1 

10.2 0.9 365 10.2 0.9 375.5 0.9 370.25 

10.3 0.9 367.7 10.3 0.9 379.1 0.9 373.4 

10.4 0.9 370.1 10.4 0.9 382.6 0.9 376.35 

10.5 0.9 372.6 10.5 0.9 386.1 0.9 379.35 

10.6 0.9 375.2 10.6 0.9 389.6 0.9 382.4 

10.7 0.9 377.5 10.7 0.9 393 0.9 385.25 

10.8 0.9 379.8 10.8 0.9 396.6 0.9 388.2 

10.9 0.9 382.1 10.9 0.9 400.1 0.9 391.1 

11 0.9 384.4 11 0.9 403.4 0.9 393.9 

11.1 0.9 386.8 11.1 0.9 406.8 0.9 396.8 

11.2 0.9 389.2 11.2 0.9 410.2 0.9 399.7 

11.3 1 391.5 11.3 1 413.8 1 402.65 

11.4 1 393.8 11.4 1 417.2 1 405.5 

11.5 1 396.1 11.5 1 420.7 1 408.4 

11.6 1 398.5 11.6 1 424.1 1 411.3 

11.7 1 401 11.7 1 427.6 1 414.3 

11.8 1 403.5 11.8 1 431.1 1 417.3 

11.9 1 406.2 11.9 1 434.5 1 420.35 

12 1 409.3 12 1 437.9 1 423.6 

12.1 1 412.7 12.1 1 441.2 1 426.95 

12.2 1 416.2 12.2 1 444.7 1 430.45 

12.3 1 419.6 12.3 1 448.1 1 433.85 

12.4 1 422.9 12.4 1 451.3 1 437.1 

12.5 1.1 426.3 12.5 1.1 454.6 1.1 440.45 

12.6 1.1 429.7 12.6 1.1 457.8 1.1 443.75 

12.7 1.1 433 12.7 1.1 460.9 1.1 446.95 

12.8 1.1 436.3 12.8 1.1 464 1.1 450.15 

12.9 1.1 439.5 12.9 1.1 467.1 1.1 453.3 

13 1.1 442.9 13 1.1 470.4 1.1 456.65 

13.1 1.1 446.2 13.1 1.1 474 1.1 460.1 

13.2 1.1 449.3 13.2 1.1 477.5 1.1 463.4 

13.3 1.1 452.6 13.3 1.1 480.9 1.1 466.75 

13.4 1.1 455.7 13.4 1.1 484.2 1.1 469.95 

13.5 1.1 458.8 13.5 1.1 487.5 1.1 473.15 

13.6 1.1 461.9 13.6 1.1 491 1.1 476.45 

13.7 1.2 464.9 13.7 1.2 494.5 1.2 479.7 

13.8 1.2 467.9 13.8 1.2 497.8 1.2 482.85 

13.9 1.2 470.8 13.9 1.2 501.2 1.2 486 

14 1.2 473.9 14 1.2 504.8 1.2 489.35 

14.1 1.2 476.7 14.1 1.2 508.3 1.2 492.5 

14.2 1.2 479.4 14.2 1.2 511.8 1.2 495.6 

14.3 1.2 482 14.3 1.2 515.1 1.2 498.55 

14.4 1.2 484.6 14.4 1.2 518.4 1.2 501.5 

14.5 1.2 487.3 14.5 1.2 521.7 1.2 504.5 

90


14.6 1.2 489.8 14.6 1.2 525.1 1.2 507.45 

14.7 1.2 492.4 14.7 1.2 528.4 1.2 510.4 

14.8 1.2 494.7 14.8 1.2 531.6 1.2 513.15 

14.9 1.3 497.1 14.9 1.3 534.9 1.3 516 

15 1.3 499.4 15 1.3 538.4 1.3 518.9 

15.1 1.3 501.4 15.1 1.3 542 1.3 521.7 

15.2 1.3 503.6 15.2 1.3 545.3 1.3 524.45 

15.3 1.3 505.9 15.3 1.3 548.6 1.3 527.25 

15.4 1.3 508.6 15.4 1.3 551.8 1.3 530.2 

15.5 1.3 511.6 15.5 1.3 555.3 1.3 533.45 

15.6 1.3 514.6 15.6 1.3 558.7 1.3 536.65 

15.7 1.3 517.6 15.7 1.3 561.9 1.3 539.75 

15.8 1.3 520.5 15.8 1.3 565 1.3 542.75 

15.9 1.3 523.5 15.9 1.3 568.1 1.3 545.8 

16 1.3 526.5 16 1.3 571.4 1.3 548.95 

16.1 1.4 529.4 16.1 1.4 574.7 1.4 552.05 

16.2 1.4 532.4 16.2 1.4 577.9 1.4 555.15 

16.3 1.4 535.3 16.3 1.4 581.1 1.4 558.2 

16.4 1.4 538.3 16.4 1.4 584.3 1.4 561.3 

16.5 1.4 541.2 16.5 1.4 587.5 1.4 564.35 

16.6 1.4 544 16.6 1.4 590.7 1.4 567.35 

16.7 1.4 546.7 16.7 1.4 593.7 1.4 570.2 

16.8 1.4 549.5 16.8 1.4 596.8 1.4 573.15 

16.9 1.4 552.3 16.9 1.4 599.9 1.4 576.1 

17 1.4 555.1 17 1.4 603.1 1.4 579.1 

17.1 1.4 557.9 17.1 1.4 606.1 1.4 582 

17.2 1.4 560.8 17.2 1.4 609.2 1.4 585 

17.3 1.5 563.6 17.3 1.5 612 1.5 587.8 

17.4 1.5 566.3 17.4 1.5 614.9 1.5 590.6 

17.5 1.5 569.1 17.5 1.5 618 1.5 593.55 

17.6 1.5 572 17.6 1.5 620.9 1.5 596.45 

17.7 1.5 574.8 17.7 1.5 623.8 1.5 599.3 

17.8 1.5 577.7 17.8 1.5 626.6 1.5 602.15 

17.9 1.5 580.3 17.9 1.5 629.5 1.5 604.9 

18 1.5 583.1 18 1.5 632.3 1.5 607.7 

18.1 1.5 585.9 18.1 1.5 635 1.5 610.45 

18.2 1.5 588.8 18.2 1.5 637.7 1.5 613.25 

18.3 1.5 591.6 18.3 1.5 640.5 1.5 616.05 

18.4 1.5 594.3 18.4 1.5 643.2 1.5 618.75 

18.5 1.6 597.2 18.5 1.6 645.9 1.6 621.55 

18.6 1.6 600.1 18.6 1.6 648.5 1.6 624.3 

18.7 1.6 602.9 18.7 1.6 651 1.6 626.95 

18.8 1.6 606 18.8 1.6 653.7 1.6 629.85 

18.9 1.6 608.7 18.9 1.6 656.3 1.6 632.5 

19 1.6 611.5 19 1.6 659 1.6 635.25 

19.1 1.6 614.4 19.1 1.6 661.5 1.6 637.95 

19.2 1.6 617.5 19.2 1.6 664 1.6 640.75 

19.3 1.6 620.7 19.3 1.6 666.7 1.6 643.7 

19.4 1.6 623.5 19.4 1.6 669.3 1.6 646.4 

19.5 1.6 626.5 19.5 1.6 671.7 1.6 649.1 

91


19.6 1.6 629.5 19.6 1.6 674.1 1.6 651.8 

19.7 1.7 632.6 19.7 1.7 676.5 1.7 654.55 

19.8 1.7 635.6 19.8 1.7 679 1.7 657.3 

19.9 1.7 638.4 19.9 1.7 681.4 1.7 659.9 

20 1.7 641.4 20 1.7 683.7 1.7 662.55 

20.1 1.7 644.4 20.1 1.7 686.1 1.7 665.25 

20.2 1.7 647.5 20.2 1.7 688.5 1.7 668 

20.3 1.7 650.4 20.3 1.7 691 1.7 670.7 

20.4 1.7 653.1 20.4 1.7 693.2 1.7 673.15 

20.5 1.7 655.8 20.5 1.7 695.4 1.7 675.6 

20.6 1.7 658.7 20.6 1.7 697.6 1.7 678.15 

20.7 1.7 661.5 20.7 1.7 700 1.7 680.75 

20.8 1.7 664.2 20.8 1.7 702.3 1.7 683.25 

20.9 1.8 666.9 20.9 1.8 704.4 1.8 685.65 

21 1.8 669.4 21 1.8 706.3 1.8 687.85 

21.1 1.8 672.1 21.1 1.8 708.4 1.8 690.25 

21.2 1.8 674.6 21.2 1.8 710.5 1.8 692.55 

21.3 1.8 677 21.3 1.8 712.5 1.8 694.75 

21.4 1.8 679.4 21.4 1.8 714.4 1.8 696.9 

21.5 1.8 681.6 21.5 1.8 716.3 1.8 698.95 

21.6 1.8 683.9 21.6 1.8 717.9 1.8 700.9 

21.7 1.8 686.1 21.7 1.8 719.6 1.8 702.85 

21.8 1.8 688 21.8 1.8 721.2 1.8 704.6 

21.9 1.8 689.9 21.9 1.8 722.5 1.8 706.2 

22 1.8 691.7 22 1.8 723.8 1.8 707.75 

22.1 1.9 693.6 22.1 1.9 724.9 1.9 709.25 

22.2 1.9 695.2 22.2 1.9 725.9 1.9 710.55 

22.3 1.9 696.7 22.3 1.9 726.6 1.9 711.65 

22.4 1.9 697.9 22.4 1.9 727 1.9 712.45 

22.5 1.9 699.2 22.5 1.9 727.3 1.9 713.25 

22.6 1.9 700.4 22.6 1.9 727.5 1.9 713.95 

22.7 1.9 701.3 22.7 1.9 727.5 1.9 714.4 

22.8 1.9 702.2 22.8 1.9 727.2 1.9 714.7 

22.9 1.9 702.7 22.9 1.9 726.5 1.9 714.6 

23 1.9 703.4 23 1.9 725.7 1.9 714.55 

23.1 1.9 703.8 23.1 1.9 724.9 1.9 714.35 

23.2 1.9 703.9 23.2 1.9 724 1.9 713.95 

23.3 2 704 23.3 2 722.8 2 713.4 

23.4 2 703.8 23.4 2 721.4 2 712.6 

23.5 2 703.5 23.5 2 720 2 711.75 

23.6 2 703.1 23.6 2 718.5 2 710.8 

23.7 2 702.3 23.7 2 716.8 2 709.55 

23.8 2 701.4 23.8 2 715 2 708.2 

23.9 2 700.3 23.9 2 713.3 2 706.8 

24 2 699.1 24 2 711.7 2 705.4 

24.1 2 697.7 24.1 2 709.9 2 703.8 

24.2 2 696.3 24.2 2 708.2 2 702.25 

24.3 2 694.6 24.3 2 706.3 2 700.45 

24.4 2 692.9 24.4 2 704.4 2 698.65 

24.5 2.1 691.4 24.5 2.1 702.6 2.1 697 

92


24.6 2.1 689.7 24.6 2.1 701 2.1 695.35 

24.7 2.1 688 24.7 2.1 699.4 2.1 693.7 

24.8 2.1 686.1 24.8 2.1 697.7 2.1 691.9 

24.9 2.1 684.4 24.9 2.1 696 2.1 690.2 

25 2.1 682.8 25 2.1 694.5 2.1 688.65 

25.1 2.1 681.1 25.1 2.1 693.1 2.1 687.1 

25.2 2.1 679.6 25.2 2.1 691.7 2.1 685.65 

25.3 2.1 677.9 25.3 2.1 690.4 2.1 684.15 

25.4 2.1 676.3 25.4 2.1 689.1 2.1 682.7 

25.5 2.1 674.9 25.5 2.1 687.8 2.1 681.35 

25.6 2.1 673.4 25.6 2.1 686.7 2.1 680.05 

25.7 2.2 672.3 25.7 2.2 685.5 2.2 678.9 

25.8 2.2 671 25.8 2.2 684.4 2.2 677.7 

25.9 2.2 669.8 25.9 2.2 683.2 2.2 676.5 

26 2.2 668.7 26 2.2 682.4 2.2 675.55 

26.1 2.2 667.5 26.1 2.2 681.4 2.2 674.45 

26.2 2.2 666.5 26.2 2.2 680.4 2.2 673.45 

26.3 2.2 665.5 26.3 2.2 679.6 2.2 672.55 

26.4 2.2 664.6 26.4 2.2 678.8 2.2 671.7 

26.5 2.2 663.5 26.5 2.2 678.1 2.2 670.8 

26.6 2.2 662.6 26.6 2.2 677.3 2.2 669.95 

26.7 2.2 661.6 26.7 2.2 676.5 2.2 669.05 

26.8 2.2 660.8 26.8 2.2 675.7 2.2 668.25 

26.9 2.3 659.9 26.9 2.3 675 2.3 667.45 

27 2.3 659.1 27 2.3 674.5 2.3 666.8 

27.1 2.3 658.4 27.1 2.3 673.7 2.3 666.05 

27.2 2.3 657.6 27.2 2.3 673.1 2.3 665.35 

27.3 2.3 657 27.3 2.3 672.3 2.3 664.65 

27.4 2.3 656.2 27.4 2.3 671.7 2.3 663.95 

27.5 2.3 655.5 27.5 2.3 671.2 2.3 663.35 

27.6 2.3 655 27.6 2.3 670.6 2.3 662.8 

27.7 2.3 654.3 27.7 2.3 670.1 2.3 662.2 

27.8 2.3 653.8 27.8 2.3 669.5 2.3 661.65 

27.9 2.3 653.1 27.9 2.3 669 2.3 661.05 

28 2.3 652.5 28 2.3 668.6 2.3 660.55 

28.1 2.4 651.8 28.1 2.4 668 2.4 659.9 

28.2 2.4 651.3 28.2 2.4 667.6 2.4 659.45 

28.3 2.4 650.9 28.3 2.4 667 2.4 658.95 

28.4 2.4 650.2 28.4 2.4 666.7 2.4 658.45 

28.5 2.4 649.7 28.5 2.4 666.2 2.4 657.95 

28.6 2.4 649.3 28.6 2.4 665.8 2.4 657.55 

28.7 2.4 649 28.7 2.4 665.4 2.4 657.2 

28.8 2.4 648.7 28.8 2.4 664.9 2.4 656.8 

28.9 2.4 648.1 28.9 2.4 664.6 2.4 656.35 

29 2.4 647.5 29 2.4 664.2 2.4 655.85 

29.1 2.4 647.1 29.1 2.4 663.8 2.4 655.45 

29.2 2.4 646.8 29.2 2.4 663.4 2.4 655.1 

29.3 2.5 646.5 29.3 2.5 663 2.5 654.75 

29.4 2.5 645.9 29.4 2.5 662.7 2.5 654.3 

29.5 2.5 645.4 29.5 2.5 662.2 2.5 653.8 

93


29.6 2.5 645 29.6 2.5 661.9 2.5 653.45 

29.7 2.5 644.7 29.7 2.5 661.5 2.5 653.1 

29.8 2.5 644.3 29.8 2.5 661.1 2.5 652.7 

29.9 2.5 643.8 29.9 2.5 660.8 2.5 652.3 

30 2.5 643.5 30 2.5 660.3 2.5 651.9 

30.1 2.5 643.2 30.1 2.5 660 2.5 651.6 

30.2 2.5 643 30.2 2.5 659.8 2.5 651.4 

30.3 2.5 642.7 30.3 2.5 659.4 2.5 651.05 

30.4 2.5 642.2 30.4 2.5 659.1 2.5 650.65 

30.5 2.6 641.8 30.5 2.6 658.7 2.6 650.25 

30.6 2.6 641.6 30.6 2.6 658.5 2.6 650.05 

30.7 2.6 641.3 30.7 2.6 658.4 2.6 649.85 

30.8 2.6 641 30.8 2.6 658 2.6 649.5 

30.9 2.6 640.6 30.9 2.6 657.6 2.6 649.1 

31 2.6 640.3 31 2.6 657.2 2.6 648.75 

31.1 2.6 640.1 31.1 2.6 657 2.6 648.55 

31.2 2.6 640 31.2 2.6 656.7 2.6 648.35 

31.3 2.6 639.6 31.3 2.6 656.5 2.6 648.05 

31.4 2.6 639.3 31.4 2.6 656.2 2.6 647.75 

31.5 2.6 638.9 31.5 2.6 656 2.6 647.45 

31.6 2.6 638.8 31.6 2.6 655.8 2.6 647.3 

31.7 2.7 638.7 31.7 2.7 655.7 2.7 647.2 

31.8 2.7 638.4 31.8 2.7 655.5 2.7 646.95 

31.9 2.7 637.9 31.9 2.7 655.1 2.7 646.5 

32 2.7 637.7 32 2.7 654.9 2.7 646.3 

32.1 2.7 637.5 32.1 2.7 654.7 2.7 646.1 

32.2 2.7 637.3 32.2 2.7 654.6 2.7 645.95 

32.3 2.7 636.9 32.3 2.7 654.4 2.7 645.65 

32.4 2.7 636.4 32.4 2.7 654 2.7 645.2 

32.5 2.7 636.2 32.5 2.7 653.7 2.7 644.95 

32.6 2.7 636.2 32.6 2.7 653.5 2.7 644.85 

32.7 2.7 635.8 32.7 2.7 653.4 2.7 644.6 

32.8 2.7 635.9 32.8 2.7 653.1 2.7 644.5 

32.9 2.8 635.5 32.9 2.8 652.7 2.8 644.1 

33 2.8 635.4 33 2.8 652.5 2.8 643.95 

33.1 2.8 635.4 33.1 2.8 652.4 2.8 643.9 

33.2 2.8 635.1 33.2 2.8 652.3 2.8 643.7 

33.3 2.8 634.9 33.3 2.8 652.1 2.8 643.5 

33.4 2.8 634.6 33.4 2.8 651.8 2.8 643.2 

33.5 2.8 634.5 33.5 2.8 651.6 2.8 643.05 

33.6 2.8 634.5 33.6 2.8 651.6 2.8 643.05 

33.7 2.8 634.3 33.7 2.8 651.5 2.8 642.9 

33.8 2.8 634.1 33.8 2.8 651.3 2.8 642.7 

33.9 2.8 633.8 33.9 2.8 651.2 2.8 642.5 

34 2.8 633.7 34 2.8 651 2.8 642.35 

34.1 2.9 633.7 34.1 2.9 651 2.9 642.35 

34.2 2.9 633.4 34.2 2.9 650.9 2.9 642.15 

34.3 2.9 633.1 34.3 2.9 650.6 2.9 641.85 

34.4 2.9 632.9 34.4 2.9 650.5 2.9 641.7 

34.5 2.9 632.6 34.5 2.9 650.3 2.9 641.45 

94


34.6 2.9 632.6 34.6 2.9 650.2 2.9 641.4 

34.7 2.9 632.5 34.7 2.9 650.2 2.9 641.35 

34.8 2.9 632.3 34.8 2.9 649.9 2.9 641.1 

34.9 2.9 632.1 34.9 2.9 649.7 2.9 640.9 

35 2.9 632 35 2.9 649.5 2.9 640.75 

35.1 2.9 631.8 35.1 2.9 649.4 2.9 640.6 

35.2 2.9 631.7 35.2 2.9 649.2 2.9 640.45 

35.3 3 631.5 35.3 3 649 3 640.25 

35.4 3 631.3 35.4 3 648.8 3 640.05 

35.5 3 631.2 35.5 3 648.7 3 639.95 

35.6 3 630.9 35.6 3 648.7 3 639.8 

35.7 3 630.8 35.7 3 648.6 3 639.7 

35.8 3 630.6 35.8 3 648.4 3 639.5 

35.9 3 630.5 35.9 3 648.2 3 639.35 

36 3 630.4 36 3 648.1 3 639.25 

36.1 3 630.2 36.1 3 648 3 639.1 

36.2 3 630.1 36.2 3 647.8 3 638.95 

36.3 3 630 36.3 3 647.7 3 638.85 

36.4 3 629.8 36.4 3 647.5 3 638.65 

36.5 3.1 629.7 36.5 3.1 647.6 3.1 638.65 

36.6 3.1 629.7 36.6 3.1 647.5 3.1 638.6 

36.7 3.1 629.5 36.7 3.1 647.4 3.1 638.45 

36.8 3.1 629.4 36.8 3.1 647.2 3.1 638.3 

36.9 3.1 629.2 36.9 3.1 647 3.1 638.1 

37 3.1 628.9 37 3.1 646.9 3.1 637.9 

37.1 3.1 628.8 37.1 3.1 646.8 3.1 637.8 

37.2 3.1 628.8 37.2 3.1 646.8 3.1 637.8 

37.3 3.1 628.5 37.3 3.1 646.6 3.1 637.55 

37.4 3.1 628.3 37.4 3.1 646.5 3.1 637.4 

37.5 3.1 628.3 37.5 3.1 646.5 3.1 637.4 

37.6 3.1 628.1 37.6 3.1 646.4 3.1 637.25 

37.7 3.2 628.1 37.7 3.2 646.3 3.2 637.2 

37.8 3.2 627.9 37.8 3.2 646.1 3.2 637 

37.9 3.2 627.8 37.9 3.2 645.9 3.2 636.85 

38 3.2 627.6 38 3.2 645.8 3.2 636.7 

38.1 3.2 627.5 38.1 3.2 645.6 3.2 636.55 

38.2 3.2 627.3 38.2 3.2 645.6 3.2 636.45 

38.3 3.2 627.3 38.3 3.2 645.4 3.2 636.35 

38.4 3.2 627.1 38.4 3.2 645.3 3.2 636.2 

38.5 3.2 626.9 38.5 3.2 645.2 3.2 636.05 

38.6 3.2 627 38.6 3.2 645.1 3.2 636.05 

38.7 3.2 626.9 38.7 3.2 645.1 3.2 636 

38.8 3.2 626.8 38.8 3.2 645 3.2 635.9 

38.9 3.3 626.7 38.9 3.3 645 3.3 635.85 

39 3.3 626.6 39 3.3 644.9 3.3 635.75 

39.1 3.3 626.3 39.1 3.3 644.7 3.3 635.5 

39.2 3.3 626.4 39.2 3.3 644.7 3.3 635.55 

39.3 3.3 626.4 39.3 3.3 644.6 3.3 635.5 

39.4 3.3 626.1 39.4 3.3 644.5 3.3 635.3 

39.5 3.3 626 39.5 3.3 644.3 3.3 635.15 

95


39.6 3.3 625.8 39.6 3.3 644.2 3.3 635 

39.7 3.3 625.8 39.7 3.3 644.1 3.3 634.95 

39.8 3.3 626 39.8 3.3 644 3.3 635 

39.9 3.3 625.6 39.9 3.3 643.9 3.3 634.75 

40 3.3 625.4 40 3.3 643.7 3.3 634.55 

40.1 3.4 625.3 40.1 3.4 643.7 3.4 634.5 

40.2 3.4 625.4 40.2 3.4 643.7 3.4 634.55 

40.3 3.4 625.2 40.3 3.4 643.6 3.4 634.4 

40.4 3.4 625.2 40.4 3.4 643.4 3.4 634.3 

40.5 3.4 625.1 40.5 3.4 643.3 3.4 634.2 

40.6 3.4 625 40.6 3.4 643.2 3.4 634.1 

40.7 3.4 625 40.7 3.4 643.2 3.4 634.1 

40.8 3.4 624.7 40.8 3.4 643.1 3.4 633.9 

40.9 3.4 624.5 40.9 3.4 643 3.4 633.75 

41 3.4 624.5 41 3.4 642.9 3.4 633.7 

41.1 3.4 624.6 41.1 3.4 642.7 3.4 633.65 

41.2 3.4 624.6 41.2 3.4 642.7 3.4 633.65 

41.3 3.5 624.5 41.3 3.5 642.6 3.5 633.55 

41.4 3.5 624.3 41.4 3.5 642.4 3.5 633.35 

41.5 3.5 624.1 41.5 3.5 642.4 3.5 633.25 

41.6 3.5 624.1 41.6 3.5 642.4 3.5 633.25 

41.7 3.5 624.2 41.7 3.5 642.4 3.5 633.3 

41.8 3.5 623.9 41.8 3.5 642.5 3.5 633.2 

41.9 3.5 623.7 41.9 3.5 642.2 3.5 632.95 

42 3.5 623.6 42 3.5 642.1 3.5 632.85 

42.1 3.5 623.6 42.1 3.5 642 3.5 632.8 

42.2 3.5 623.6 42.2 3.5 642.1 3.5 632.85 

42.3 3.5 623.4 42.3 3.5 642.1 3.5 632.75 

42.4 3.5 623.2 42.4 3.5 641.8 3.5 632.5 

42.5 3.6 623.2 42.5 3.6 641.8 3.6 632.5 

42.6 3.6 623.3 42.6 3.6 641.6 3.6 632.45 

42.7 3.6 623.3 42.7 3.6 641.7 3.6 632.5 

42.8 3.6 623.2 42.8 3.6 641.7 3.6 632.45 

42.9 3.6 623.1 42.9 3.6 641.5 3.6 632.3 

43 3.6 623 43 3.6 641.4 3.6 632.2 

43.1 3.6 622.9 43.1 3.6 641.4 3.6 632.15 

43.2 3.6 622.8 43.2 3.6 641.4 3.6 632.1 

43.3 3.6 622.8 43.3 3.6 641.4 3.6 632.1 

43.4 3.6 622.6 43.4 3.6 641.3 3.6 631.95 

43.5 3.6 622.7 43.5 3.6 641.2 3.6 631.95 

43.6 3.6 622.7 43.6 3.6 641.2 3.6 631.95 

43.7 3.7 622.6 43.7 3.7 641.2 3.7 631.9 

43.8 3.7 622.4 43.8 3.7 641 3.7 631.7 

43.9 3.7 622.2 43.9 3.7 640.9 3.7 631.55 

44 3.7 622.2 44 3.7 640.8 3.7 631.5 

44.1 3.7 622.1 44.1 3.7 640.9 3.7 631.5 

44.2 3.7 622 44.2 3.7 641 3.7 631.5 

44.3 3.7 622 44.3 3.7 640.8 3.7 631.4 

44.4 3.7 621.9 44.4 3.7 640.7 3.7 631.3 

44.5 3.7 622 44.5 3.7 640.7 3.7 631.35 

96


44.6 3.7 621.9 44.6 3.7 640.8 3.7 631.35 

44.7 3.7 622 44.7 3.7 640.9 3.7 631.45 

44.8 3.7 621.8 44.8 3.7 640.6 3.7 631.2 

44.9 3.8 621.7 44.9 3.8 640.4 3.8 631.05 

45 3.8 621.7 45 3.8 640.3 3.8 631 

45.1 3.8 621.5 45.1 3.8 640.3 3.8 630.9 

45.2 3.8 621.5 45.2 3.8 640.3 3.8 630.9 

45.3 3.8 621.4 45.3 3.8 640.2 3.8 630.8 

45.4 3.8 621.3 45.4 3.8 640 3.8 630.65 

45.5 3.8 621.3 45.5 3.8 640.1 3.8 630.7 

45.6 3.8 621.2 45.6 3.8 640.2 3.8 630.7 

45.7 3.8 621.1 45.7 3.8 640.2 3.8 630.65 

45.8 3.8 621 45.8 3.8 640.2 3.8 630.6 

45.9 3.8 621 45.9 3.8 640.1 3.8 630.55 

46 3.8 621 46 3.8 640.2 3.8 630.6 

46.1 3.9 621 46.1 3.9 640.2 3.9 630.6 

46.2 3.9 620.9 46.2 3.9 640.2 3.9 630.55 

46.3 3.9 620.9 46.3 3.9 640.2 3.9 630.55 

46.4 3.9 620.8 46.4 3.9 640.1 3.9 630.45 

46.5 3.9 620.8 46.5 3.9 640.2 3.9 630.5 

46.6 3.9 620.6 46.6 3.9 640.2 3.9 630.4 

46.7 3.9 620.5 46.7 3.9 640.2 3.9 630.35 

46.8 3.9 620.5 46.8 3.9 640 3.9 630.25 

46.9 3.9 620.4 46.9 3.9 639.9 3.9 630.15 

47 3.9 620.4 47 3.9 639.9 3.9 630.15 

47.1 3.9 620.3 47.1 3.9 639.9 3.9 630.1 

47.2 3.9 620.2 47.2 3.9 639.9 3.9 630.05 

47.3 4 620.2 47.3 4 639.8 4 630 

47.4 4 620.1 47.4 4 639.7 4 629.9 

47.5 4 620.1 47.5 4 639.8 4 629.95 

47.6 4 620 47.6 4 639.7 4 629.85 

47.7 4 619.9 47.7 4 639.8 4 629.85 

47.8 4 619.9 47.8 4 639.7 4 629.8 

47.9 4 619.8 47.9 4 639.6 4 629.7 

48 4 619.6 48 4 639.6 4 629.6 

48.1 4 619.6 48.1 4 639.5 4 629.55 

48.2 4 619.6 48.2 4 639.6 4 629.6 

48.3 4 619.6 48.3 4 639.4 4 629.5 

48.4 4 619.6 48.4 4 639.4 4 629.5 

48.5 4.1 619.6 48.5 4.1 639.3 4.1 629.45 

48.6 4.1 619.5 48.6 4.1 639.3 4.1 629.4 

48.7 4.1 619.5 48.7 4.1 639.4 4.1 629.45 

48.8 4.1 619.5 48.8 4.1 639.3 4.1 629.4 

48.9 4.1 619.3 48.9 4.1 639.3 4.1 629.3 

49 4.1 619.3 49 4.1 639.2 4.1 629.25 

49.1 4.1 619.2 49.1 4.1 639.2 4.1 629.2 

49.2 4.1 619.3 49.2 4.1 639.2 4.1 629.25 

49.3 4.1 619.3 49.3 4.1 639.2 4.1 629.25 

49.4 4.1 619 49.4 4.1 639.3 4.1 629.15 

49.5 4.1 618.9 49.5 4.1 639.2 4.1 629.05 

97


49.6 4.1 618.9 49.6 4.1 639.2 4.1 629.05 

49.7 4.2 619 49.7 4.2 639.2 4.2 629.1 

49.8 4.2 619 49.8 4.2 639.1 4.2 629.05 

49.9 4.2 618.8 49.9 4.2 639 4.2 628.9 

50 4.2 618.7 50 4.2 638.9 4.2 628.8 

50.1 4.2 618.8 50.1 4.2 638.9 4.2 628.85 

50.2 4.2 618.9 50.2 4.2 638.8 4.2 628.85 

50.3 4.2 618.9 50.3 4.2 638.8 4.2 628.85 

50.4 4.2 618.8 50.4 4.2 638.7 4.2 628.75 

50.5 4.2 618.8 50.5 4.2 638.7 4.2 628.75 

50.6 4.2 618.8 50.6 4.2 638.7 4.2 628.75 

50.7 4.2 618.9 50.7 4.2 638.7 4.2 628.8 

50.8 4.2 618.8 50.8 4.2 638.8 4.2 628.8 

50.9 4.3 618.6 50.9 4.3 638.7 4.3 628.65 

51 4.3 618.6 51 4.3 638.6 4.3 628.6 

51.1 4.3 618.6 51.1 4.3 638.5 4.3 628.55 

51.2 4.3 618.7 51.2 4.3 638.6 4.3 628.65 

51.3 4.3 618.6 51.3 4.3 638.7 4.3 628.65 

51.4 4.3 618.6 51.4 4.3 638.5 4.3 628.55 

51.5 4.3 618.5 51.5 4.3 638.5 4.3 628.5 

51.6 4.3 618.6 51.6 4.3 638.5 4.3 628.55 

51.7 4.3 618.7 51.7 4.3 638.5 4.3 628.6 

51.8 4.3 618.4 51.8 4.3 638.6 4.3 628.5 

51.9 4.3 618.3 51.9 4.3 638.4 4.3 628.35 

52 4.3 618.2 52 4.3 638.4 4.3 628.3 

52.1 4.4 618.4 52.1 4.4 638.5 4.4 628.45 

52.2 4.4 618.5 52.2 4.4 638.5 4.4 628.5 

52.3 4.4 618.4 52.3 4.4 638.5 4.4 628.45 

52.4 4.4 618.2 52.4 4.4 638.4 4.4 628.3 

52.5 4.4 618.2 52.5 4.4 638.4 4.4 628.3 

52.6 4.4 618.4 52.6 4.4 638.4 4.4 628.4 

52.7 4.4 618.4 52.7 4.4 638.4 4.4 628.4 

52.8 4.4 618.3 52.8 4.4 638.4 4.4 628.35 

52.9 4.4 618.2 52.9 4.4 638.2 4.4 628.2 

53 4.4 618.3 53 4.4 638.2 4.4 628.25 

53.1 4.4 618.3 53.1 4.4 638.2 4.4 628.25 

53.2 4.4 618.3 53.2 4.4 638.2 4.4 628.25 

53.3 4.5 618.2 53.3 4.5 638.2 4.5 628.2 

53.4 4.5 618.1 53.4 4.5 638.3 4.5 628.2 

53.5 4.5 618.2 53.5 4.5 638.2 4.5 628.2 

53.6 4.5 618.3 53.6 4.5 638.3 4.5 628.3 

53.7 4.5 618.3 53.7 4.5 638.3 4.5 628.3 

53.8 4.5 618.3 53.8 4.5 638.2 4.5 628.25 

53.9 4.5 618.1 53.9 4.5 638.1 4.5 628.1 

54 4.5 618.1 54 4.5 638.1 4.5 628.1 

54.1 4.5 618.1 54.1 4.5 638.2 4.5 628.15 

54.2 4.5 618.1 54.2 4.5 638.4 4.5 628.25 

54.3 4.5 618.1 54.3 4.5 638.3 4.5 628.2 

54.4 4.5 617.9 54.4 4.5 638.2 4.5 628.05 

54.5 4.6 617.9 54.5 4.6 638.1 4.6 628 

98


54.6 4.6 617.8 54.6 4.6 638.2 4.6 628 

54.7 4.6 617.9 54.7 4.6 638.3 4.6 628.1 

54.8 4.6 617.9 54.8 4.6 638.3 4.6 628.1 

54.9 4.6 617.8 54.9 4.6 638.2 4.6 628 

55 4.6 617.8 55 4.6 638.2 4.6 628 

55.1 4.6 617.7 55.1 4.6 638.3 4.6 628 

55.2 4.6 617.8 55.2 4.6 638.3 4.6 628.05 

55.3 4.6 617.8 55.3 4.6 638.3 4.6 628.05 

55.4 4.6 617.8 55.4 4.6 638 4.6 627.9 

55.5 4.6 617.7 55.5 4.6 638 4.6 627.85 

55.6 4.6 617.6 55.6 4.6 638.1 4.6 627.85 

55.7 4.7 617.6 55.7 4.7 638 4.7 627.8 

55.8 4.7 617.7 55.8 4.7 637.9 4.7 627.8 

55.9 4.7 617.8 55.9 4.7 637.8 4.7 627.8 

56 4.7 617.7 56 4.7 637.9 4.7 627.8 

56.1 4.7 617.6 56.1 4.7 637.9 4.7 627.75 

56.2 4.7 617.6 56.2 4.7 637.9 4.7 627.75 

56.3 4.7 617.7 56.3 4.7 637.9 4.7 627.8 

56.4 4.7 617.7 56.4 4.7 637.8 4.7 627.75 

56.5 4.7 617.7 56.5 4.7 637.9 4.7 627.8 

56.6 4.7 617.6 56.6 4.7 638 4.7 627.8 

56.7 4.7 617.5 56.7 4.7 638 4.7 627.75 

56.8 4.7 617.4 56.8 4.7 637.9 4.7 627.65 

56.9 4.8 617.3 56.9 4.8 637.8 4.8 627.55 

57 4.8 617.2 57 4.8 637.8 4.8 627.5 

57.1 4.8 617.3 57.1 4.8 637.7 4.8 627.5 

57.2 4.8 617.3 57.2 4.8 637.8 4.8 627.55 

57.3 4.8 617.4 57.3 4.8 637.7 4.8 627.55 

57.4 4.8 617.4 57.4 4.8 637.7 4.8 627.55 

57.5 4.8 617.3 57.5 4.8 637.8 4.8 627.55 

57.6 4.8 617.4 57.6 4.8 637.7 4.8 627.55 

57.7 4.8 617.4 57.7 4.8 637.8 4.8 627.6 

57.8 4.8 617.5 57.8 4.8 637.8 4.8 627.65 

57.9 4.8 617.4 57.9 4.8 637.7 4.8 627.55 

58 4.8 617.3 58 4.8 637.7 4.8 627.5 

58.1 4.9 617.3 58.1 4.9 637.6 4.9 627.45 

58.2 4.9 617.3 58.2 4.9 637.6 4.9 627.45 

58.3 4.9 617.5 58.3 4.9 637.5 4.9 627.5 

58.4 4.9 617.5 58.4 4.9 637.6 4.9 627.55 

58.5 4.9 617.5 58.5 4.9 637.6 4.9 627.55 

58.6 4.9 617.5 58.6 4.9 637.6 4.9 627.55 

58.7 4.9 617.5 58.7 4.9 637.5 4.9 627.5 

58.8 4.9 617.5 58.8 4.9 637.4 4.9 627.45 

58.9 4.9 617.4 58.9 4.9 637.5 4.9 627.45 

59 4.9 617.4 59 4.9 637.5 4.9 627.45 

59.1 4.9 617.4 59.1 4.9 637.5 4.9 627.45 

59.2 4.9 617.4 59.2 4.9 637.5 4.9 627.45 

59.3 5 617.5 59.3 5 637.5 5 627.5 

59.4 5 617.4 59.4 5 637.4 5 627.4 

59.5 5 617.4 59.5 5 637.4 5 627.4 

99


59.6 5 617.4 59.6 5 637.4 5 627.4 

59.7 5 617.5 59.7 5 637.4 5 627.45 

59.8 5 617.6 59.8 5 637.3 5 627.45 

59.9 5 617.4 59.9 5 637.2 5 627.3 

60 5 617.4 60 5 637.2 5 627.3 

60.1 5 617.4 60.1 5 637.2 5 627.3 

60.2 5 617.5 60.2 5 637.1 5 627.3 

60.3 5 617.6 60.3 5 637.1 5 627.35 

60.4 5 617.4 60.4 5 637.1 5 627.25 

60.5 5.1 617.3 60.5 5.1 637.1 5.1 627.2 

60.6 5.1 617.3 60.6 5.1 637 5.1 627.15 

60.7 5.1 617.4 60.7 5.1 637.1 5.1 627.25 

60.8 5.1 617.5 60.8 5.1 637.1 5.1 627.3 

60.9 5.1 617.4 60.9 5.1 637 5.1 627.2 

61 5.1 617.4 61 5.1 636.9 5.1 627.15 

61.1 5.1 617.4 61.1 5.1 636.9 5.1 627.15 

61.2 5.1 617.5 61.2 5.1 636.9 5.1 627.2 

61.3 5.1 617.6 61.3 5.1 637 5.1 627.3 

61.4 5.1 617.5 61.4 5.1 636.9 5.1 627.2 

61.5 5.1 617.5 61.5 5.1 637 5.1 627.25 

61.6 5.1 617.5 61.6 5.1 636.9 5.1 627.2 

61.7 5.2 617.6 61.7 5.2 636.9 5.2 627.25 

61.8 5.2 617.5 61.8 5.2 636.9 5.2 627.2 

61.9 5.2 617.4 61.9 5.2 636.7 5.2 627.05 

62 5.2 617.4 62 5.2 636.8 5.2 627.1 

62.1 5.2 617.4 62.1 5.2 636.7 5.2 627.05 

62.2 5.2 617.5 62.2 5.2 636.8 5.2 627.15 

62.3 5.2 617.5 62.3 5.2 636.7 5.2 627.1 

62.4 5.2 617.3 62.4 5.2 636.5 5.2 626.9 

62.5 5.2 617.3 62.5 5.2 636.5 5.2 626.9 

62.6 5.2 617.5 62.6 5.2 636.4 5.2 626.95 

62.7 5.2 617.5 62.7 5.2 636.6 5.2 627.05 

62.8 5.2 617.5 62.8 5.2 636.6 5.2 627.05 

62.9 5.3 617.4 62.9 5.3 636.5 5.3 626.95 

63 5.3 617.4 63 5.3 636.4 5.3 626.9 

63.1 5.3 617.5 63.1 5.3 636.4 5.3 626.95 

63.2 5.3 617.5 63.2 5.3 636.5 5.3 627 

63.3 5.3 617.5 63.3 5.3 636.5 5.3 627 

63.4 5.3 617.5 63.4 5.3 636.4 5.3 626.95 

63.5 5.3 617.6 63.5 5.3 636.4 5.3 627 

63.6 5.3 617.6 63.6 5.3 636.4 5.3 627 

63.7 5.3 617.5 63.7 5.3 636.5 5.3 627 

63.8 5.3 617.4 63.8 5.3 636.4 5.3 626.9 

63.9 5.3 617.3 63.9 5.3 636.3 5.3 626.8 

64 5.3 617.4 64 5.3 636.2 5.3 626.8 

64.1 5.4 617.4 64.1 5.4 636.3 5.4 626.85 

64.2 5.4 617.4 64.2 5.4 636.5 5.4 626.95 

64.3 5.4 617.4 64.3 5.4 636.4 5.4 626.9 

64.4 5.4 617.3 64.4 5.4 636.4 5.4 626.85 

64.5 5.4 617.4 64.5 5.4 636.4 5.4 626.9 

100


64.6 5.4 617.4 64.6 5.4 636.4 5.4 626.9 

64.7 5.4 617.5 64.7 5.4 636.4 5.4 626.95 

64.8 5.4 617.4 64.8 5.4 636.2 5.4 626.8 

64.9 5.4 617.3 64.9 5.4 636.1 5.4 626.7 

65 5.4 617.4 65 5.4 636.1 5.4 626.75 

65.1 5.4 617.4 65.1 5.4 636.3 5.4 626.85 

65.2 5.4 617.5 65.2 5.4 636.3 5.4 626.9 

65.3 5.5 617.5 65.3 5.5 636.2 5.5 626.85 

65.4 5.5 617.4 65.4 5.5 636 5.5 626.7 

65.5 5.5 617.4 65.5 5.5 636 5.5 626.7 

65.6 5.5 617.3 65.6 5.5 636.1 5.5 626.7 

65.7 5.5 617.3 65.7 5.5 636.1 5.5 626.7 

65.8 5.5 617.3 65.8 5.5 636.1 5.5 626.7 

65.9 5.5 617.4 65.9 5.5 636 5.5 626.7 

66 5.5 617.4 66 5.5 636.1 5.5 626.75 

66.1 5.5 617.2 66.1 5.5 636.2 5.5 626.7 

66.2 5.5 617.2 66.2 5.5 636.1 5.5 626.65 

66.3 5.5 617.2 66.3 5.5 636.1 5.5 626.65 

66.4 5.5 617.2 66.4 5.5 635.9 5.5 626.55 

66.5 5.6 617.1 66.5 5.6 636.1 5.6 626.6 

66.6 5.6 617.1 66.6 5.6 636.1 5.6 626.6 

66.7 5.6 617.1 66.7 5.6 636.1 5.6 626.6 

66.8 5.6 617.1 66.8 5.6 636 5.6 626.55 

66.9 5.6 617.1 66.9 5.6 635.8 5.6 626.45 

67 5.6 617 67 5.6 635.9 5.6 626.45 

67.1 5.6 617 67.1 5.6 635.8 5.6 626.4 

67.2 5.6 617.1 67.2 5.6 635.8 5.6 626.45 

67.3 5.6 617.2 67.3 5.6 635.6 5.6 626.4 

67.4 5.6 617.3 67.4 5.6 635.6 5.6 626.45 

67.5 5.6 617.2 67.5 5.6 635.6 5.6 626.4 

67.6 5.6 617.2 67.6 5.6 635.5 5.6 626.35 

67.7 5.7 617.2 67.7 5.7 635.6 5.7 626.4 

67.8 5.7 617.2 67.8 5.7 635.6 5.7 626.4 

67.9 5.7 617.2 67.9 5.7 635.6 5.7 626.4 

68 5.7 617.2 68 5.7 635.6 5.7 626.4 

68.1 5.7 617.2 68.1 5.7 635.4 5.7 626.3 

68.2 5.7 617.2 68.2 5.7 635.4 5.7 626.3 

68.3 5.7 617.3 68.3 5.7 635.4 5.7 626.35 

68.4 5.7 617.2 68.4 5.7 635.5 5.7 626.35 

68.5 5.7 617.1 68.5 5.7 635.4 5.7 626.25 

68.6 5.7 617.1 68.6 5.7 635.3 5.7 626.2 

68.7 5.7 617.2 68.7 5.7 635.3 5.7 626.25 

68.8 5.7 617.3 68.8 5.7 635.3 5.7 626.3 

68.9 5.8 617.2 68.9 5.8 635.4 5.8 626.3 

69 5.8 617.2 69 5.8 635.3 5.8 626.25 

69.1 5.8 617.1 69.1 5.8 635.2 5.8 626.15 

69.2 5.8 617.1 69.2 5.8 635.1 5.8 626.1 

69.3 5.8 617.2 69.3 5.8 635.2 5.8 626.2 

69.4 5.8 617.1 69.4 5.8 635.2 5.8 626.15 

69.5 5.8 617.1 69.5 5.8 635.2 5.8 626.15 

101


69.6 5.8 617.1 69.6 5.8 635.1 5.8 626.1 

69.7 5.8 617.2 69.7 5.8 635.1 5.8 626.15 

69.8 5.8 617.2 69.8 5.8 635 5.8 626.1 

69.9 5.8 617 69.9 5.8 634.9 5.8 625.95 

70 5.8 617 70 5.8 634.9 5.8 625.95 

70.1 5.9 617.1 70.1 5.9 635 5.9 626.05 

70.2 5.9 617.1 70.2 5.9 635 5.9 626.05 

70.3 5.9 617.1 70.3 5.9 635.1 5.9 626.1 

70.4 5.9 617 70.4 5.9 634.9 5.9 625.95 

70.5 5.9 617 70.5 5.9 634.9 5.9 625.95 

70.6 5.9 617.1 70.6 5.9 634.8 5.9 625.95 

70.7 5.9 617.1 70.7 5.9 634.8 5.9 625.95 

70.8 5.9 617.1 70.8 5.9 634.8 5.9 625.95 

70.9 5.9 617 70.9 5.9 634.7 5.9 625.85 

71 5.9 616.9 71 5.9 634.6 5.9 625.75 

71.1 5.9 617 71.1 5.9 634.5 5.9 625.75 

71.2 5.9 617.1 71.2 5.9 634.6 5.9 625.85 

71.3 6 617 71.3 6 634.7 6 625.85 

71.4 6 617 71.4 6 634.6 6 625.8 

71.5 6 617 71.5 6 634.6 6 625.8 

71.6 6 617 71.6 6 634.6 6 625.8 

71.7 6 617 71.7 6 634.6 6 625.8 

71.8 6 616.9 71.8 6 634.5 6 625.7 

71.9 6 616.8 71.9 6 634.3 6 625.55 

72 6 616.8 72 6 634.3 6 625.55 

72.1 6 616.9 72.1 6 634.3 6 625.6 

72.2 6 617 72.2 6 634.4 6 625.7 

72.3 6 616.8 72.3 6 634.5 6 625.65 

72.4 6 616.6 72.4 6 634.3 6 625.45 

72.5 6.1 616.6 72.5 6.1 634.2 6.1 625.4 

72.6 6.1 616.7 72.6 6.1 634.2 6.1 625.45 

72.7 6.1 616.6 72.7 6.1 634.3 6.1 625.45 

72.8 6.1 616.7 72.8 6.1 634.3 6.1 625.5 

72.9 6.1 616.5 72.9 6.1 634.1 6.1 625.3 

73 6.1 616.6 73 6.1 634 6.1 625.3 

73.1 6.1 616.7 73.1 6.1 634 6.1 625.35 

73.2 6.1 616.7 73.2 6.1 634.1 6.1 625.4 

73.3 6.1 616.7 73.3 6.1 634.1 6.1 625.4 

73.4 6.1 616.6 73.4 6.1 633.9 6.1 625.25 

73.5 6.1 616.6 73.5 6.1 633.8 6.1 625.2 

73.6 6.1 616.6 73.6 6.1 633.8 6.1 625.2 

73.7 6.2 616.5 73.7 6.2 633.8 6.2 625.15 

73.8 6.2 616.5 73.8 6.2 633.8 6.2 625.15 

73.9 6.2 616.5 73.9 6.2 633.7 6.2 625.1 

74 6.2 616.6 74 6.2 633.7 6.2 625.15 

74.1 6.2 616.6 74.1 6.2 633.8 6.2 625.2 

74.2 6.2 616.5 74.2 6.2 633.9 6.2 625.2 

74.3 6.2 616.4 74.3 6.2 633.8 6.2 625.1 

74.4 6.2 616.3 74.4 6.2 633.6 6.2 624.95 

74.5 6.2 616.3 74.5 6.2 633.6 6.2 624.95 

102


74.6 6.2 616.2 74.6 6.2 633.6 6.2 624.9 

74.7 6.2 616.2 74.7 6.2 633.5 6.2 624.85 

74.8 6.2 616.1 74.8 6.2 633.3 6.2 624.7 

74.9 6.3 616 74.9 6.3 633.2 6.3 624.6 

75 6.3 616.1 75 6.3 633.2 6.3 624.65 

75.1 6.3 616.1 75.1 6.3 633.2 6.3 624.65 

75.2 6.3 616.1 75.2 6.3 633.2 6.3 624.65 

75.3 6.3 616.1 75.3 6.3 633.1 6.3 624.6 

75.4 6.3 616 75.4 6.3 632.9 6.3 624.45 

75.5 6.3 615.9 75.5 6.3 632.9 6.3 624.4 

75.6 6.3 615.9 75.6 6.3 632.9 6.3 624.4 

75.7 6.3 615.8 75.7 6.3 632.8 6.3 624.3 

75.8 6.3 615.7 75.8 6.3 632.8 6.3 624.25 

75.9 6.3 615.7 75.9 6.3 632.7 6.3 624.2 

76 6.3 615.7 76 6.3 632.8 6.3 624.25 

76.1 6.4 615.6 76.1 6.4 632.8 6.4 624.2 

76.2 6.4 615.6 76.2 6.4 632.6 6.4 624.1 

76.3 6.4 615.7 76.3 6.4 632.5 6.4 624.1 

76.4 6.4 615.6 76.4 6.4 632.4 6.4 624 

76.5 6.4 615.5 76.5 6.4 632.4 6.4 623.95 

76.6 6.4 615.4 76.6 6.4 632.4 6.4 623.9 

76.7 6.4 615.4 76.7 6.4 632.4 6.4 623.9 

76.8 6.4 615.3 76.8 6.4 632.3 6.4 623.8 

76.9 6.4 615.3 76.9 6.4 632.2 6.4 623.75 

77 6.4 615.2 77 6.4 632.3 6.4 623.75 

77.1 6.4 615.2 77.1 6.4 632.2 6.4 623.7 

77.2 6.4 615.1 77.2 6.4 632.2 6.4 623.65 

77.3 6.5 615.2 77.3 6.5 632.1 6.5 623.65 

77.4 6.5 615 77.4 6.5 632 6.5 623.5 

77.5 6.5 614.8 77.5 6.5 632 6.5 623.4 

77.6 6.5 614.8 77.6 6.5 631.9 6.5 623.35 

77.7 6.5 614.9 77.7 6.5 632 6.5 623.45 

77.8 6.5 614.9 77.8 6.5 631.9 6.5 623.4 

77.9 6.5 614.9 77.9 6.5 631.8 6.5 623.35 

78 6.5 614.7 78 6.5 631.8 6.5 623.25 

78.1 6.5 614.7 78.1 6.5 631.7 6.5 623.2 

78.2 6.5 614.6 78.2 6.5 631.7 6.5 623.15 

78.3 6.5 614.6 78.3 6.5 631.6 6.5 623.1 

78.4 6.5 614.5 78.4 6.5 631.5 6.5 623 

78.5 6.6 614.5 78.5 6.6 631.5 6.6 623 

78.6 6.6 614.3 78.6 6.6 631.5 6.6 622.9 

78.7 6.6 614.3 78.7 6.6 631.5 6.6 622.9 

78.8 6.6 614.4 78.8 6.6 631.4 6.6 622.9 

78.9 6.6 614.2 78.9 6.6 631.4 6.6 622.8 

79 6.6 614.2 79 6.6 631.3 6.6 622.75 

79.1 6.6 614 79.1 6.6 631.3 6.6 622.65 

79.2 6.6 614 79.2 6.6 631.2 6.6 622.6 

79.3 6.6 613.9 79.3 6.6 631.1 6.6 622.5 

79.4 6.6 613.8 79.4 6.6 631 6.6 622.4 

79.5 6.6 613.7 79.5 6.6 630.9 6.6 622.3 

103


79.6 6.6 613.7 79.6 6.6 630.8 6.6 622.25 

79.7 6.7 613.7 79.7 6.7 630.7 6.7 622.2 

79.8 6.7 613.6 79.8 6.7 630.6 6.7 622.1 

79.9 6.7 613.4 79.9 6.7 630.4 6.7 621.9 

80 6.7 613.2 80 6.7 630.3 6.7 621.75 

80.1 6.7 613.2 80.1 6.7 630.3 6.7 621.75 

80.2 6.7 613.1 80.2 6.7 630.3 6.7 621.7 

80.3 6.7 612.9 80.3 6.7 630.3 6.7 621.6 

80.4 6.7 612.7 80.4 6.7 630.2 6.7 621.45 

80.5 6.7 612.6 80.5 6.7 630.1 6.7 621.35 

80.6 6.7 612.6 80.6 6.7 630 6.7 621.3 

80.7 6.7 612.5 80.7 6.7 629.9 6.7 621.2 

80.8 6.7 612.3 80.8 6.7 629.8 6.7 621.05 

80.9 6.8 612.2 80.9 6.8 629.6 6.8 620.9 

81 6.8 612.1 81 6.8 629.5 6.8 620.8 

81.1 6.8 612 81.1 6.8 629.4 6.8 620.7 

81.2 6.8 611.9 81.2 6.8 629.4 6.8 620.65 

81.3 6.8 611.8 81.3 6.8 629.3 6.8 620.55 

81.4 6.8 611.6 81.4 6.8 629.1 6.8 620.35 

81.5 6.8 611.4 81.5 6.8 629 6.8 620.2 

81.6 6.8 611.4 81.6 6.8 628.8 6.8 620.1 

81.7 6.8 611.3 81.7 6.8 628.7 6.8 620 

81.8 6.8 611 81.8 6.8 628.7 6.8 619.85 

81.9 6.8 610.7 81.9 6.8 628.4 6.8 619.55 

82 6.8 610.6 82 6.8 628.2 6.8 619.4 

82.1 6.9 610.5 82.1 6.9 628 6.9 619.25 

82.2 6.9 610.3 82.2 6.9 627.9 6.9 619.1 

82.3 6.9 610.1 82.3 6.9 627.8 6.9 618.95 

82.4 6.9 609.7 82.4 6.9 627.4 6.9 618.55 

82.5 6.9 609.7 82.5 6.9 627.2 6.9 618.45 

82.6 6.9 609.6 82.6 6.9 627.1 6.9 618.35 

82.7 6.9 609.4 82.7 6.9 627 6.9 618.2 

82.8 6.9 609.2 82.8 6.9 626.7 6.9 617.95 

82.9 6.9 608.9 82.9 6.9 626.4 6.9 617.65 

83 6.9 608.7 83 6.9 626.1 6.9 617.4 

83.1 6.9 608.6 83.1 6.9 626 6.9 617.3 

83.2 6.9 608.3 83.2 6.9 625.8 6.9 617.05 

83.3 7 608 83.3 7 625.5 7 616.75 

83.4 7 607.7 83.4 7 625.1 7 616.4 

83.5 7 607.5 83.5 7 624.7 7 616.1 

83.6 7 607.3 83.6 7 624.3 7 615.8 

83.7 7 607 83.7 7 623.9 7 615.45 

83.8 7 606.7 83.8 7 623.3 7 615 

83.9 7 606.4 83.9 7 622.8 7 614.6 

84 7 606.1 84 7 622.2 7 614.15 

84.1 7 605.8 84.1 7 621.5 7 613.65 

84.2 7 605.4 84.14 7 615.5 7 610.45 

84.3 7 604.9 84.14 7 609.5 7 607.2 

84.4 7 604.5 84.15 7 597.3 7 600.9 

84.5 7.1 604.1 84.15 7 578.6 7.05 591.35 

104


84.6 7.1 603.5 84.15 7 555.3 7.05 579.4 

84.7 7.1 603 84.15 7 529 7.05 566 

84.8 7.1 602.3 84.15 7 500.4 7.05 551.35 

84.9 7.1 601.6 84.16 7 470.3 7.05 535.95 

85 7.1 601 84.16 7 439.4 7.05 520.2 

85.1 7.1 600.2 84.16 7 408.3 7.05 504.25 

85.2 7.1 599 84.16 7 377.2 7.05 488.1 

85.23 7.1 592.7 84.16 7 346.5 7.05 469.6 

85.23 7.1 584.4 7.1 584.4 

85.23 7.1 569.4 7.1 569.4 

85.23 7.1 548.7 7.1 548.7 

85.23 7.1 524.1 7.1 524.1 

85.24 7.1 496.8 7.1 496.8 

85.24 7.1 467.6 7.1 467.6 

85.24 7.1 437.1 7.1 437.1 

85.24 7.1 406.2 7.1 406.2 

85.24 7.1 375.1 7.1 375.1 

85.25 7.1 344.1 7.1 344.1 

105

106 


107 


108 


109 


110 



Acknowledgements 

The author wishes to thank several mentors who assisted in various aspects of this 

project. Ms. Donna Bibber provided the inspiration for this research and several contacts who 

were able to supply materials and lab space. Mrs. Anita Padmanabhan provided ongoing 

guidance and support in both experiment design and execution. Ms. Tiffany Washington 

provided the samples of tensile bars from PURAC Biomaterials. Mr. Edward Tacvorian provided 

assistance during experimentation with using the Instron 5544 and associated software. The 

parents of the author contributed time in providing transportation to the lab. 

111

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