/n Background Activity Activity Form Note: Pay very careful attention to units througnout your work or you will not get correct answers! Remember: 1.00 cm = 0.0100 m, and 100 mJ

= 0.100 J Procedure Data Plots Elastic 1: Mass of Ball 1 < Mass of Ball 2 In this procedure only a single data run is needed for your analysis. However, to investigate this scenerio you may want to try a few different data runs using different spring compressions. Additionally, you should take a few notes regarding the behavior of the balls after collision. 1. select the Elastic 1 setup by clicking or tapping on its button 2. set spring compression by moving the slider 3. click the Launch button 4. after the balls have stopped moving, visit the Data Plots tab to view and save the Position vs Time Plot for this data run 5. press the reset button to redo the data run or move onto the next procedure Calculations and Questions. Please review the Background material (see Background tab) and your Data Plot to complete tables and help with the questions & calculations. Remember that your instructor may require Data Plots to be submitted along with your completed Activity Form. Elastic 2: Mass of Ball 1 = Mass of Ball 2 In this procedure only a single data run is needed for your analysis. However, to investigate this scenerio you may want to try a few different data runs using different spring compressions. Additionally, you should take a few notes regarding the behavior of the balls after collision. Table Top Science LLC. Copyright 2014-2024- All Rights Reserved Inelastic: Mass of Ball 2 is Unknown (to be determined) In this procedure only a single data run is needed for your analysis. However, to investigate this scenerio you may want to try a few different data runs using different spring compressions. Additionally, you should take a few notes regarding the behavior of the balls after collision. 1. select the Inelastic setup by clicking or tapping on its button 2. set spring compression by moving the slider 3. click the Launch button 4. after the balls have stopped moving, visit the Data Plots tab to view and save the Position vs Time Plot for this data run 5. press the reset button to redo the data run or move onto the next procedure Calculations and Questions. Please review the Background material (see Background tab) and your Data Plot to complete tables and help with the questions & calculations. Remember that your instructor may require Data Plots to be submitted along with your completed Activity Form. Background Setup Activity Form Pick a spring and a ball, add ramp as needed, adjust the spring slider as desired, and then click the "Launch" button. Elastic 1 Elastic 2 Elastic 3 Procedure Inelastic Activity Data Plots лиши Spring Compression: 3.00 cm Launch Reset Elastic 2: Mass of Ball 1 = Mass of Ball 2 In this procedure only a single data run is needed for your analysis. However, to investigate this scenerio you may want to try a few different data runs using different spring compressions. Additionally, you should take a few notes regarding the behavior of the balls after collision. 1. select the Elastic 2 setup by clicking or tapping on its button 2. set spring compression by moving the slider 3. click the Launch button 4. after the balls have stopped moving, visit the Data Plots tab to view and save the Position vs Time Plot for this data run 5. press the reset button to redo the data run or move onto the next procedure Calculations and Questions. Please review the Background material (see Background tab) and your Data Plot to complete tables and help with the questions & calculations. Remember that your instructor may require Data Plots to be submitted along with your completed Activity Form.