A horizontal force `F` is applied such that the block remains stationary because `N` will produce torque.
The torque produced by friction force is equal and opposite the torque produce due to normal reaction (N).
.

A horizontal force F is applied such that the block remains stationary, then which of the following statement is false

A horizontal force F acts on the block of mass m and the block remains stationary, thr value of friction force is.

In previous question, if we pull the block by the force F making an angle theta and the block remains stationary, the value of friction force is.

Different forces are applied on a pivoted scale as shown. Which of the following forces will produce torque?

If the direction of torque is out of the paper then the rotation produced by the torque is

A block rests on a horizontal surface. A horizontal force F is applied to the block. The acceleration (a) produced in the block as a function of applied force (F) has been plotted in a graph (see figure). Find the mass of the block.

A horizontal force of 3.2 N is applied on a 3.7kg block, which rests on a horizontal surface. If the co-efficient of friction is 0.6, find the acceleration produced in the block ?

When a force of 10 N is applied about the axis of rotation of a body , it produces a torque of 5 N m. Find the distance of the point of application of the force from the axis of rotation.

The torque is a physical quantity which causes to produce

What is the torque acting on the centre of mass due to gravitational force ?