If a force is applied to an object, away from its centre of mass, it tends to rotate the object.

The inertia of an object tends to cause the object

When force applied on an object causes it to moves in the direction of force

When a force is applied on an object and if the body moves in the direction of applied force, work is said to be done.

Two objects are at rest on a level frictionless surface. The objects are not connected. A force F is applied to one of the objects, which then moves with acceleration a. Mark the correct statement(s).

Two object are initially at rest on a frictionless surface. Object 1 has a greater mass than object 2. The same constant force start to act on each object. The force is removed from each object after it accelerates over a distance d. after the force is removed from both objects, which statement is correct (p:momentum, K: kinetic energy)?

A force F = (x hat i+2y hat j) N is applied on an object of mass 10 kg, Force displaces the object from position A(1, 0) m to position B(3, 3) m then the work done by the force is (x and y are meter)

A uniform round body of radius R and mass m and its moment of inertia about centre of mass O is I_(cm) is given. A force F is applied at a height h above the centre of the round body. Find the height h at which force should be applied so that it rolls without friction.

An object of weight W has a uniform rectangular cross section of a x2a and density of 0.25g//cm^(3) part of it is immersed in water and the rectangle is tilted by 45^(underset(-)(@)) while one of its corners is just at the water surface find the torque of the buoyancy force to the centre of mass of the object.

Force is applied on an object of mass 2 kg at rest on a frictionless horizontal surface as shown in the graph. The speed of object at t=10 s will be

If an object is placed at the centre of a glass sphere and it is seen from outside, then prove that its virtual image is also formed at centre.