Ask a New Question

Question

A ball travelling at 9.5 m/s is stopped by catching it by hand over a distance of 0.24 m. What is the mass of the ball if the force required to stop it over this distance is 6.4 N?
9 years ago

Answers

Henry
V^2 = Vo^2 + 2a*d. V = 0, Vo = 9.5 m/s, d = 0.24 m, a = ?

F = M*a, M = F/a.
9 years ago

Related Questions

A cue ball travelling at 7.6 m/s strikes the eight ball. The eight ball moves away from the collisio... a 150 gm ball travelling at 30 m/s strikes the players hand and it stopped in0.06s.calculate the for... A 2.0-kg ball is travelling east at 8.0 m/s when it has a perfectly elastic head-on collision with a... A ball of mass 2kg travelling in a straight line at 4ms^-1 is acted on by a force of 3N acting in th... A ball of mass 2kg travelling in a straight line at 4ms^-1 is acted on by a force of 3N acting in th... A blue ball travelling at 2m/s collides with a red ball at rest on a table. After they collide, both... A ball is travelling at 50 m/s begins to roll up an inclined plane before coming to the Bob comes to... A ball is travelling at 50 m/s begins to roll up an inclined plane before coming to the Ball comes t... A 0.3kg ball travelling at 0.5m/s, due North strikes a stationary 0.9kg ball and rebounds at 0.20m/s...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use