A machine gun fires `25g` bullets at the rate 600 bullets per minute with a speed of `400m//s`. Calculate the force required to keep the gun position

A machine gun fires 25g bullet at the rate of 600 bullets per minutes with a speed of 200m//s . Calculate the force required to keep the gun in position.

A machine gun has a mass 5 kg. It fires 50 gm bullets at the rate of 30 bullets per minute at a speed of 400 m/s. What force is required to keep the gun in position.

A machine gun has a mass 4 kg. It fires 50 gram bullets at the rate of 45 bullets per minute at a speed of 400 ms^(-1) . What force is required to keep the gun in position ?

A machine gun has a mass 5 kg. It fires 50 gram bullets at the rate of 30 bullets per minute at a speed of 400" m s"^(-1) . What force is required to keep the gun in positon ?

A machine gun has a mass 5 kg. It fires 50 gram bullets at the rate of 30 bullets per minute at a speed of 400" m s"^(-1) . What force is required to keep the gun in positon ?

A machine gun has a mass 5 kg. It fires 50 gram bullets at the rate of 30 bullets per minute at a speed of 400" m s"^(-1) . What force is required to keep the gun in positon ?

A machine gun has a mass of 20 kg . It fires 35 g bullets at the rate of 400 bullets per minute with a speed of 400 m//s What force must be applied to the gun to keep it in position ?

A machine gun of mass 10 kg fires 20 g bullets at the rate of 10 bullets per second with a speed of 500 ms^(-1) . What force is required to hold the gun in position ?

A machine gun has a mass of 20kg If fires 25g bullets at the rate of 600 bullets per minute with a speed of 200ms^(-1) Calculate (i) recoil velocity of the gun (ii) force required to keep the gun in position .