The torque applied to a ring revolving about its own axis so as to change its angular momentum by 2 J-s. in 5 s, is

A circular disc is rotating about its own axis, the direction of its angular momentum is

If a body of moment of inertia 2kgm^2 revolves about its own axis making 2 rotations per second, then its angular momentum (in J s) is

If a body of moment of inertia 2kgm^2 revolves about its own axis making 2 rotations per second, then its angular momentum (in J s) is

A torque of 75 Nm acts on a body at rest for 4 s. What is the change in its angular momentum?

A torque of 5Nm is applied on a particle for 2 seconds, calculate the change in its angular momentum.

A torque of 5Nm is applied on a particle for 2 seconds, calculate the change in its angular momentum.

A torque of 5Nm is applied on a particle for 2 seconds, calculate the change in its angular momentum.

When a circular disc of radius 0.5 m is rotating about its own axis, then the direction of its angular momentum is