Just before a bouncy ball hits a wall, it is traveling parallel to the ground at 18 m/s, and it then bounces directly backwards at 17 m/s. The interaction time with the wall was 0.40 ms (4.0 x 10-4 s). If the ball's mass is 0.17 kg, what is the average magnitude of the force of the wall on the ball during their interaction? A. 7700 N B. ON C. 7200 N D. 15000 N O A B

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Just before a bouncy ball hits a wall, it is traveling parallel to the ground at 18 m/s, and it then bounces directly
backwards at 17 m/s. The interaction time with the wall was 0.40 ms (4.0 x 10-4 s). If the ball's mass is 0.17 kg,
what is the average magnitude of the force of the wall on the ball during their interaction?
A. 7700 N
B. ON
C. 7200 N
D. 15000 N
O A
B
Transcribed Image Text:Just before a bouncy ball hits a wall, it is traveling parallel to the ground at 18 m/s, and it then bounces directly backwards at 17 m/s. The interaction time with the wall was 0.40 ms (4.0 x 10-4 s). If the ball's mass is 0.17 kg, what is the average magnitude of the force of the wall on the ball during their interaction? A. 7700 N B. ON C. 7200 N D. 15000 N O A B
Expert Solution
Step 1

Given,

Initial velocity of ball ( u)= 18m/s 

Final velocity of ball (v)= -17m/s 

Interaction time with Wall (Δt) =  4×10-4 s 

Mass of ball (m)= 0.17 kg 

 

 

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