The graph below indicates the force on a tennis ball as a function of time. For a non-constant force, we can calculate the impulse as the area between the force graph and the time (horizontal) axis. (a) Calculate the impulse imparted to the tennis ball during this time. Show your calculation. (b) Assuming the tennis ball was essentially at rest before it was hit, what is the speed of the tennis ball after the force is applied? The mass of the tennis ball is 0.057 kg.
The graph below indicates the force on a tennis ball as a function of time. For a non-constant force, we can calculate the impulse as the area between the force graph and the time (horizontal) axis. (a) Calculate the impulse imparted to the tennis ball during this time. Show your calculation. (b) Assuming the tennis ball was essentially at rest before it was hit, what is the speed of the tennis ball after the force is applied? The mass of the tennis ball is 0.057 kg.
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The graph below indicates the force on a tennis ball as a function of time. For a non-constant force,
we can calculate the impulse as the area between the force graph and the time (horizontal) axis.
(a) Calculate the impulse imparted to the tennis
ball during this time. Show your calculation.
(b) Assuming the tennis ball was essentially at
rest before it was hit, what is the speed of the
tennis ball after the force is applied? The mass of the tennis ball is 0.057 kg.
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0.005
0.01
0.015
0.02
time (s)
net force (N)
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