Ask a New Question

Question

When serving, a tennis ball is almost motionless when it is slammed by the racquet. A force sensor in an experimental tennis racquet measures a force of 80 N during the impact with a 0.058 kg tennis ball. The
impact lasts for 0.04 seconds. If the ball was at rest initially, what is its speed after the impact with the racquet?
12 years ago

Answers

Elena
F•Δt=Δp=m•Δv= m(v-0)

v= F•Δt/m = 80•0.04/0.058=55.17 m/s
12 years ago

Related Questions

A tennis ball is hit with a resultant velocity of 70 m/s^-1 at 20 degrees. What are the vertical and... When serving a tennis ball, the player hits it when its velocity is zero (at the highest point of a... A tennis ball (m= 0.2 kg) is thrown at a brick wall. It is traveling horizontally at 16 just befor... "How far would a tennis ball (100g) go if thrown from your catapult at a height of 1m with a force o... A tennis ball is hit into the air and can be modeled by h=16t*2++40t+3, where h is the height t is t... A tennis ball is hit into the wall with a speed of 26 m/s. If it rebounds with a speed of 24 m/s... A tennis ball is a example of- When serving in tennis the ball must land Question 7 options: In the diagonal box on opponents... While serving in tennis, the serve has 2 attempts to get it over the net Question 8 options: Tr... A)A tennis ball is hit over a fence; the path that the ball follows can be expressed by the equation...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use