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19. a. Which kind of ball loses more energy in each bounce? How can you tell? b. Where does the lost energy go? c. What is true about the total amount of energy, in all forms, in the system of the ball and its surroundings? 20. If 100% of the ball's KE were converted back to PE, how high would it bounce?

19. a. Which kind of ball loses more energy in each bounce? How can you tell? b. Where does the lost energy go? c. What is true about the total amount of energy, in all forms, in the system of the ball and its surroundings? 20. If 100% of the ball's KE were converted back to PE, how high would it bounce?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Use the table to answer the question. Answer clearly, and label the answers so i know what answer goes to what part.
Experiment 1 – Type of Ball_Golf Drop Height (cm) 40 cm 80 cm 120 cm Trial 1 31 cm 67 cm 65 cm Bounce Height (cm) Trial 3 32 cm 62 cm 65 cm Trial 2 Average 31.3 cm 65 cm 65 cm 31 cm 66 cm 65.cm Experiment 2 – Type of Ball__Tennis Ball Bounce Height (cm) Trial 3 24 cm 50 cm 71 cm Drop Height (cm) 40 cm Trial 1 24 cm 48 cm 70 cm Trial 2 24 cm 49 cm Average 24 cm 49 cm 70.3 cm 80 cm 120 cm 70 cm
Transcribed Image Text:Experiment 1 – Type of Ball_Golf Drop Height (cm) 40 cm 80 cm 120 cm Trial 1 31 cm 67 cm 65 cm Bounce Height (cm) Trial 3 32 cm 62 cm 65 cm Trial 2 Average 31.3 cm 65 cm 65 cm 31 cm 66 cm 65.cm Experiment 2 – Type of Ball__Tennis Ball Bounce Height (cm) Trial 3 24 cm 50 cm 71 cm Drop Height (cm) 40 cm Trial 1 24 cm 48 cm 70 cm Trial 2 24 cm 49 cm Average 24 cm 49 cm 70.3 cm 80 cm 120 cm 70 cm
19. a. Which kind of ball loses more energy in each bounce? How can you tell? b. Where does the lost energy go? c. What is true about the total amount of energy, in all forms, in the system of the ball and its surroundings? 20. If 100% of the ball's KE were converted back to PE, how high would it bounce?
Transcribed Image Text:19. a. Which kind of ball loses more energy in each bounce? How can you tell? b. Where does the lost energy go? c. What is true about the total amount of energy, in all forms, in the system of the ball and its surroundings? 20. If 100% of the ball's KE were converted back to PE, how high would it bounce?
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