A cricket ball of mass 150 g moving with a velocity of 15 `ms^(-1)` is brought to rest by a player in `0.05` s. Calculate the impulse and the average force exerted by the player.

A cricket ball of mass 200 gm moving with velocity 15 m/s is brought to rest by a player in 0.05 sec. What is the impulse of the ball and average force exerted by player ?

A cricket ball of mass 0.2 kg moves with a velocity of 20 m/s and is brought to rest by a player in 0.1 s. Calculate the impulse of the ball and average force applied by the player.

A bullet of mass 50g moving with a speed of 500 ms^(-1) is brought to rest in 0.01s Find the impulse and the average force .

A body of mass 2kg moving with a velocity of 10m//s is brought to rest in 5 sec . Calculate the stopping force applied.

A cricket player draws his hands backwards through 10 cm while catching a ball of mass 150 g moving with a velocity of 25 ,ms^(-1) . Calculate the work done in catching the ball and the average force exerted by the ball on the hand .

A vehicle of mass 1000 kg is moving with a velocity of 15 ms^(-1) .It is brought to rest by applying brakes and locking the wheels. If the slidding friction between the tyres and the road is 6000 N, then the distance moved by the vehicle before coming to rest is

A ball of mass 0.1 kg is thrown against a wall. It strikes the wall normally with a velocity of 30 ms^(-1) and rebounds with a velocity of 20 ms^(-1) . Calculate the impulse of the force exerted by the wall.

A hammer of mass 1 kg moving with a speed of 6 ms^(-1) strikes a wall and comes to rest in 0.1 sec. Calculate Impulse of the force

A cricket ball of 0.5 kg is moving with a velocity of 100ms^(-1) . The wavelength associated with its motion is :

A ball of mass 25 g, moving with a velocity of 2 ms^(-1) is stopped within 5 cm. The average resistance offered to the ball is