A tennis ball having a mass of 70g crashes into a wall vertically at a speed of 72km/h and bounces off the wall the same Direction and velocity if the collision time is 0.5ms 1. Find the thrust that the wall blew on the ball . 2. Find the average force the ball affects during a collision. 3. If the change in force is linear over time. Draw a graphic relationship between force and time. 4.Estimate the maximum value of the acting force.
A tennis ball having a mass of 70g crashes into a wall vertically at a speed of 72km/h and bounces off the wall the same Direction and velocity if the collision time is 0.5ms 1. Find the thrust that the wall blew on the ball . 2. Find the average force the ball affects during a collision. 3. If the change in force is linear over time. Draw a graphic relationship between force and time. 4.Estimate the maximum value of the acting force.
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A tennis ball having a mass of 70g crashes into a wall vertically at a speed of 72km/h and bounces off the wall the same Direction and velocity if the collision time is 0.5ms
1. Find the thrust that the wall blew on the ball .
2. Find the average force the ball affects during a collision.
3. If the change in force is linear over time. Draw a graphic relationship between force and time.
4.Estimate the maximum value of the acting force.
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