Inertia of a body in linear motion is measured by its

Assertion:Mass is a measure of inertia of the body in linear motion. Reason: Greater the mass, greater is the force required to change its state of rest or of uniform motion.

Frame the formula: final velocity (v) of a body in linear motion is equal to the sum of its initial velocity (u) and the product of acceleration (a) and time (t).

Can a body in linear motion be in equilibrium.

How is moment of inertia of a body different from its mass?

(a)Which forces- balanced or unbalanced can change the state of a body? (b)what is measure of inertia of a body in linear motion?

State whether the following statements are true or false: The inertia of a body is measured in terms of its mass.

Linear velocity of particles of rigid body in rotational motion is same.

Regarding linear momentum of a body (a) It is a measure of quantity of motion contained by the body (b) Change in momentum is the measure of impulse (c ) Impulse and acceleration act in opposite direction to the change im momentum (d) In the case of uniform circular motion the linear momentum is conserved .