A bullet `(m_(1)=25g)` is fired with a velocity 400 m/s gets embedded into a bag of sand `(m_(2)=4.975g)` suspended by a rope. The velocity gained by the bag is

A bullet (m_1 = 25 g) fired with a velocity of 400m//s gets embedded into a bag of sand (m_2 = 4.975 kg) suspended by a rope.The velocity gained by the bag is nearly:

A bullet (m_(1) = 25 g) is fired with a velocity 400 ms^(-1) get embedded into a bag of sand (m_(2) = 4.9 kg) suspended by a rope. The velocity of the bag is nearly :

A bullet of mass 10 g moving with a velocity of 400 m/s gets embedded in a freely suspended wooden block of mass 900 g. What is the velocity acquired by the block ?

A bullet of mass 10 g is fired with a velocity of 100 m/s from a rifle of mass 2.5 kg, the recoil velocity of the rifle is

A bullet of mass 10 g is fired with a velocity of 100 m/s from a rifle of mass 2.5 kg, the recoil velocity of the rifle is

A bullet of mass 0.25kg is fired with velocity 302m//s into a block of wood of mass m_1=37.5kg . It gets embedded into it. The block m_1 is resting on a long block m_2 and the horizontal surface on which it is placed is smooth. The coefficient of friction between m_1 and m_2 is 0.5 . Find the displacement of m_1 on m_2 and the common velocity of m_1 and m_2 . Mass m_2=1.25kg .

A bag of sand of mass m is suspended by a rope. A bullet of mass (m)/(20) is fired at it with a velocity vand gets embedded into it. The velocity of the bag finally is

A bullet of mass 6 g is fired with a velocity of 500 m cdot s^(-1) from a gun of mass 4 kg. Find the recoil velocity of gun.