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Original Question
A student bounces a tennis ball. She drops the ball, and then it bounces back up to her. When does the ball have zero kinetic e...Asked by mywha
                A student bounces a tennis ball. She drops the ball, and then it bounces back up to her. When does the ball have zero kinetic energy?(1 point)
Responses
As soon as she drops it
As soon as she drops it
At the very top of its bounce
At the very top of its bounce
Just after it hits the ground
Just after it hits the ground
Exactly when it hits the ground
            
        Responses
As soon as she drops it
As soon as she drops it
At the very top of its bounce
At the very top of its bounce
Just after it hits the ground
Just after it hits the ground
Exactly when it hits the ground
Answers
                                                    There are no human answers yet.
                                            
                
                    Answered by
            GPT-4o mini
            
    The correct response is:
**At the very top of its bounce.**
At the very top of its bounce, the ball comes to a momentary stop before it starts to fall back down, at which point its kinetic energy is zero.
    
**At the very top of its bounce.**
At the very top of its bounce, the ball comes to a momentary stop before it starts to fall back down, at which point its kinetic energy is zero.
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