Home
Class 11
PHYSICS
A small bob mass 'm' is suspended by a m...

A small bob mass `'m'` is suspended by a massless string from a cart of the same mass `'m'` as shown in the figure. The friction between the cart and horizontal ground is negligible. The bob is given a velocity `V_(0)` in horizontal direction as shown. The maximum height attained by the bob is , `(` initially whole system `(` bob `+` string `+` cart `)` was at rest `)`.

Promotional Banner

Similar Questions

Explore conceptually related problems

A bob of mass m suspended by a light string of length L is whirled into a vertical circle as shown in the figure. What will be the trajectory of the particle if the string is cut at Point B?

A bob of mass m suspended by a light string of length L is whirled into a vertical circle as shown in the figure. What will be the trajectory of the particle if the string is cut at Point X?

The block of mass m is in contact with a moving cart as shown in the figure.The coefficient of friction between the block and the cart is . The acceleration a of the cart that will prevent the block from falling is

A bob of mass m is hanging from a cart of mass M . System is relased from rest from the position shown. Find the maximum speed of the cart with respect to ground.

A bob of mass m is hanging from a cart of mass M . System is relased from rest from the position shown. Find the maximum speed of the cart with respect to ground.

A pendulum bob 'm' is released from rest from horizontal position as shown in the figure. ltbr. Choose the position where the chance of. Braking of the string is maximum.

Bob B of the pendulum AB is given an initial velocity sqrt(3Lg) in horizontal direction. Final the maximum height of the bob from the starting point, (a) if AB is a massless rod, (b) if AB is a massless staring.

Bob B of the pendulum AB is given an initial velocity sqrt(3Lg) in horizontal direction. Final the maximum height of the bob from the starting point, (a) if AB is a massless rod, (b) if AB is a massless staring.

A ball B is suspended from a string of length l attached to a cart A, which may roll on a frictionless surface. Initially the cart is at rest and the ball is given a horizontal velocity v_(0) . Determine the maximum height reached by the ball.

A bob in tied to a string of length l & and kept on a horizontal rough surface as shown in the figure when point O of the string is fixed. The bob is given a tangential velocity V_(0) keeping the string taut as shown in figure. Find the tension in the string as a function of time. The coefficient of kinetic friction is mu .