Phys 1 Student Workbook.pdf

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Physics Labs with Computers, Vol. 1Student WorkbookP19: Work-Energy Theorem: W=∆E 012-07000AIn ScienceWorkshop , to create a calculation for Kinetic Energy, click the Calculator button( ) in the Experiment Setup window.In the formula area, type ‘0.5’ and then click the multiplication button ( ).Type the total mass value for the mass of your cart plus sensor plus hanging mass such as0.852, and click the multiplication button again.Click the ‘INPUT Menu’ button (menu. Type “^2”.). Select ‘Digital 1, Velocity (v)’ from the INPUTType ‘Kinetic Energy’ in the Calculation Name area. Type ‘KE’ in the Short Name area.Type ‘J’ in the Units area. Press or on the keyboard.Click the Table display. Click the ‘Add Plot Menu’ button ( ). Select ‘Calculation,Kinetic Energy’ from the Add Plot Menu.4. From the Table display, find the maximum value for KE. Record this value in the DataTable in the Lab Report section.5. Click in the Graph display to make it the active window.6. In the Force vs. Position Graph display, click and drag the cursor to highlight the region ofdata that corresponds to the motion.7. Integrate to find the area under the curve of the Force vs. Position Graph.• In DataStudio, click the Statistics menu button ( ) and select ‘Area’.• In ScienceWorkshop, click the Statistics button ( ) to open the Statistics area on the rightside of the graph. In the Statistics area, click the Statistics Menu button ( ). Select‘Integration’.8. Record the absolute value of the integration in the Data Table in the Lab Report section.Record your results in the Lab Report section.p. 132 ©1999 PASCO scientific P19
Name _____________________ Class ______________ Date _________Lab Report - Activity P19: Work–Energy Theorem: W = ∆EUsing the definition of work in the background section, is work done when a person is studying?Is work done when a person lifts a backpack up from the floor?Data TableItemValueMass (hanging)Mass (cart and sensor)Maximum VelocityMaximum Kinetic EnergyWork (from integration)Questions1. What is the percent difference between the maximum kinetic energy and the work done?2. What are possible reasons for the difference?P19 ©1999 PASCO scientific p. 133
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