Figure 11.4 in your textbook shows force and momentum graphs for a ball bouncing off a wall. Suppose the maximum compression is less but the time of contact is unchanged. How would the momentum graph differ? a. It would not change. b. The magnitude of pix would be less. c. The magnitude of pfx would be less. d. The magnitudes of both pix and pfx would be less. e. It would take longer to reach the final momentum.
Figure 11.4 in your textbook shows force and momentum graphs for a ball bouncing off a wall. Suppose the maximum compression is less but the time of contact is unchanged. How would the momentum graph differ? a. It would not change. b. The magnitude of pix would be less. c. The magnitude of pfx would be less. d. The magnitudes of both pix and pfx would be less. e. It would take longer to reach the final momentum.
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Figure 11.4 in your textbook shows force and momentum graphs for a ball bouncing off a wall. Suppose the maximum compression is less but the time of contact is unchanged. How would the momentum graph differ?
| a. It would not change. |
| b. The magnitude of pix would be less. |
| c. The magnitude of pfx would be less. |
| d. The magnitudes of both pix and pfx would be less. |
| e. It would take longer to reach the final momentum. |
Transcribed Image Text:The wall delivers an impulse to the ball.
Before:
After:
Pix
0-
0
Vix >0
Pix
Fx
Px
Contact
begins
Vfx < 0
Jx = area
under curve
Maximum
compression
Apx = Jx
Contact ends
The impulse changes the ball's momentum.
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