Question 1 Trajectory O Both accelerations are equal to zero. O Both accelerations are equal to free fall acceleration. O The acceleration at A less than that at C. O The acceleration at A is greater than that at C. How does the vertical acceleration at point A compare to the vertical acceleration at point C? Maximum height Motion diagram for human cannonball Safety
Question 1 Trajectory O Both accelerations are equal to zero. O Both accelerations are equal to free fall acceleration. O The acceleration at A less than that at C. O The acceleration at A is greater than that at C. How does the vertical acceleration at point A compare to the vertical acceleration at point C? Maximum height Motion diagram for human cannonball Safety
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Question 1
Trojectory
O Both accelerations are equal to zero.
O Both accelerations are equal to free fall acceleration.
O The acceleration at A is less than that at C.
O The acceleration at A is greater than that at C.
How does the vertical acceleration at point A compare to the vertical acceleration at point C?
Maximum height
Motion diagram for human cannonball
Safety
IR](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F796386e1-6cb6-4251-93f9-c756d161b441%2F19dd1876-04d7-49d4-b7ba-cf69752966c7%2Fiqz1cef_processed.jpeg&w=3840&q=75)
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Question 1
Trojectory
O Both accelerations are equal to zero.
O Both accelerations are equal to free fall acceleration.
O The acceleration at A is less than that at C.
O The acceleration at A is greater than that at C.
How does the vertical acceleration at point A compare to the vertical acceleration at point C?
Maximum height
Motion diagram for human cannonball
Safety
IR
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