In the previous problem. If the bullet is moving with velocity `50 sqrt(2) m//s`, the maximum angle made by string with vertical is

In the previous problem , the block of mass M is attached to a string of length L . Find the maximum angle made by the string with vertical . Take veloctiy of buller u = 4 sqrt(g L) . Take M = 3m .

A particle of mass m is attached to one end of a light inextensible string and the other end of the string is fixed in vertical plane as shown. Particle is given a horizontal velocity u = sqrt((5)/(2)gl) The maximum angle made by the string with downward vertical is

A particle of mass m is attached to one end of a light inextensible string and the other end of the string is fixed in vertical plane as shown. Particle is given a horizontal velocity u = sqrt((5)/(2)gl) The maximum angle made by the string with downward vertical is

In the previous problem if the car is moving with a constant acceleration of 2 m//s^(2) , the ball will fall behind the person at a distance

A particle of mass m is suspended by a string of length l from a fixed rigid support. Particle is imparted a horizontal velocity u=sqrt(2gl) . Find the angle made by the string with the vertical when the acceleration of the particle is inclined to the string by 45^(@) ?

A plumb bob is hanging from the ceiling of car. If the car move with acceleration a, the angle made by the string with the vertical is

If in the previous problem, the breaking strength of the string is 2mg , then the minimum tension in the string will be

Find the kinetic energy when 2 gm bullet moves with the velocity of 500 m/s .

A wooden block of mass 2m is hung with the help of a light string of length / in the vertical plane. A bullet of mass m/4 moving horizontally with velocity V_0{V_0 = sqrt(5gl)} penetrates the block and comes out with velocity v_0/2 The maximum height reached by the block is (Assume string remains vertical till bullet passes through the block)