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The Shadow Knows Addendum p. 181 Mission Site Start Time On Moon Off Moon Apollo 17 20°N - 31'°E 12/07/72 - 0500 +110 hrs +185 hrs New Moon * 12/05/72 - 0300 04- 14 07- 17 Days & Hours * 02- 02 02-02 02-02 Total Days * * 06- 16 09- 19 Rotation * * 06.5 09.7 Sketch # I shows the full Moon. The exact middle of the face we see is zero longitude and always faces toward Earth. Therefore, the 180th longitude must be facing the Sun at the instant of new moon. Sketch # II shows the rear side when the Moon is new. Point C represents the pole of rotation. This sketch is a schematic that shows the impossible because the spread of longitude is 180° apart. Point A represents a landing site. Notice that there are two labels on that line of longitude. One is LAT, which stands for the latitude or the angular measurment from the equator. The other is CO-LAT, which stands for co-latitude and is the angular measurement of the site from the pole at point C. If the latitude is North then the CO-LAT is equal to 90 - LAT. If the site's latitude is South, the CO - LAT is the LAT + 90. Since I can only estimate the Sun's elevation to within a couple of degrees, and since the Sun's displacement of plus or minus 5° results in less than a 1 degree difference in elevation, I can ignore both polar tilt and inclination and always use the lunar equator for one of the parameters of the Sun's geophysical position. Without entering NASA's archives and physically submitting my body to their control, I have no way of determining the exact times the various photos were taken. I can only compare them by calculating the extreme geophysical positions of the Sun for the day and hour of each Moon landing and lift-off. First, I will calculate the Sun's position during the Apollo 11 landing. Under the heading "On Moon" in the mission data chart, we find that the landing took place 6.5 days after the new Moon. We multiply that figure of 6.5 days by the rotational rate of 13.176° per day and get 85°, which we subtract from 180° to find the longitude of the Sun was 95°E. The rotation is always the days elapsed times the angle of 13.176°. The new longitude is always 180° minus the determined result. Using the same procedure I calculated all the Sun longitudes for all the landings and liftoffs as shown in the polar angle chart. NASA MOONED AMERICA! / Rene
The Shadow Knows Addendum p. 182 The next step is to determine the angle of separation between the Sun site and the landing site. Because both sites are the same longitude (East), we subtract the site (23°E) from (95°E) and we get a polar separation angle of 72°. I repeated this process for the time of lift-off and found the polar angle was 58° (81 E - 23 E). In Sketch # III, we see the reason for the subtraction. In Sketch # IV when the longitudes are opposite we add the longitudes to obtain the separation angle. POLAR ANGLE CHART Mission Days Angle per Day Rotation Sun's Long. Polar Angle Apollo 11 * * * * * Land 06.5 13.176° 085° 95°E 72° Lift 07.5 13.176° 099° 81°E 58° Apollo 12 * * * * * Land 10.0 13.176° 132° 48°E 72° Lift 11.3 13.176° 150° 30°E 54° Apollo 14 * * * * * Land 10.0 13.176° 132° 48°E 63° Lift 11.4 13.176° 118° 30°E 45° Apollo 15 * * * * * Land 09.0 13.176° 112° 68°E 66° Lift 11.8 13.176° 148° 32°E 30° Apollo 16 * * * * * Land 08.0 13.176° 105° 75°E 60° Lift 11.0 13.176° 145° 35°E 20° Apollo 17 * * * * * Land 06.5 13.176° 085° 95°E 64° Lift 09.7 13.176° 128° 52°E 21° NASA MOONED AMERICA! / Rene
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NASA MOONED AMERICA ! By Ralph Rene
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INTRODUCTION Our space shuttles rou
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The GEMINI 10 SPACE WALK This pictu
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THE SPACEY TWINS # 2 I then rotated
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ACKNOWLEDGMENTS I would never have
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I found no fault with the research
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Historically, our western beliefs a
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FOREWORD In October of '92 I receiv
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FX Pictures / Chap. 1 p. 2 liant su
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FX Pictures / Chap. 1 p. 4 The Gemi
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FX Pictures / Chap. 1 p. 6 4/22/72
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FX Pictures / Chap 1 p. 12 Hero's M
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Asp / Chap. 3 p. 19 ASP The asp is
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Asp / Chap. 3 p. 21 glamorous. But
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Nasa's History & Politics / Chap. 4
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Star Light - Star Bright / Chap. 5
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Mass Murder or Utter Stupidity / Ch
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Every Shot — A Hole In One / Chap
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Blowholes Of Sea & Space / Chap.12
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No Business Like Showbiz / Chap. 13
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The Manchurian Candidate / Chap. 14
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Sunstroke / Chap. 15 p. 126 MONTHLY
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