Uniform rod `AB` is hinged at the end `A` in a horizontal position as shown in the figure `(` the hinge is frictionless that is , it does not exert any friction force on the rod `)`. The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless . Masses of the block and the rod are same and are equal to `'m'`.

Then just after released of block from this position, the angular acceleration of the rod is

Uniform rod AB is hinged at the end A in a horizontal position as shown in the figure ( the hinge is frictionless that is , it does not exert any friction force on the rod ) . The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless . Masses of the block and the rod are same and are equal to 'm' . Then just after release of block from this position, the tension in the thread is

Uniform rod AB is hinged at the end A in a horizontal position as shown in the figure ( the hinge is frictionless that is , it does not exert any friction force on the rod ) . The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless . Masses of the block and the rod are same and are equal to 'm' . Then just after release of block from this position, the tension in the thread is

Uniform rod AB is hinged at the end A in a horizontal position as shown in the figure ( the hinge is frictionless that is , it does not exert any friction force on the rod ) . The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless . Masses of the block and the rod are same and are equal to 'm' . Then just after release of block from this position, the magnitude of reaction exerted by hinge on the rod is

Uniform rod AB is hinged at the end A in a horizontal position as shown in the figure ( the hinge is frictionless that is , it does not exert any friction force on the rod ) . The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless . Masses of the block and the rod are same and are equal to 'm' . Then just after release of block from this position, the magnitude of reaction exerted by hinge on the rod is

Uniform rod AB is hinged at end A in horizontal position as shown in the figure. The other end is connected to a block through a massless string as shown. The pulley is smooth and massless. Mass of block and rod is same and is equal to m Then acceleration of block just after release from this position is

Uniform rod AB is hinged at end A in horizontal position as shown in the figure. The other end is connected to a block through a massless string as shown. The pulley is smooth and massless. Mass of block and rod is same and is equal to m Then acceleration of block just after release from this position is

Uniform rod AB is hinged at the end A in the figure. The other end of the rod is connected to a block through a massless string as shown. The pulley is smooth and massless. Masses of the block and the rod are same and are equal to 'm'. Acceleration due to gravity is g. The tension in the thread and angular acceleration of the rod just after releases of block from this position are

Uniform rod AB is hinged at end A in horizontal position as shown in the figure the other end is connected to a block through a massless string m as shown the pulley is smooth and massless masses of block and rod is same and is equal to m then acceleration of block just after release from this position is