Question

The mass of an object is the measure of its inertia. Explain with example?

Answer 1

yes. the mass of an object is the measure of inertia.

here is the explaination:


with length, we measure distances. with seconds, we measure time. but with which unit do we measure inertia? that is mass. because, we do know that inertia is the inability of an object to change its state of rest or of uniform linear motion until or unless an external unbalanced force is applied on it. so, if the body has more mass, then its resistance will be more. for example, to hit a base ball, we need to apply some force on it. but if you want to move the rock with same size of base ball, we feel hard.i.e, we feel hard to move it when compared with the basket ball. so., more massive bodies have more resistence, thus, more inertia. less massive objects have less resistancs, thus, lesser the inertia.

Hope it's clear.

Answer 2

yes. the mass of an object is the measure of inertia.

here is the explaination:

with length, we measure distances. with seconds, we measure time. but with which unit do we measure inertia? that is mass. because, we do know that inertia is the inability of an object to change its state of rest or of uniform linear motion until or unless an external unbalanced force is applied on it. so, if the body has more mass, then its resistance will be more. for example, to hit a base ball, we need to apply some force on it. but if you want to move the rock with same size of base ball, we feel hard.i.e, we feel hard to move it when compared with the basket ball. so., more massive bodies have more resistence, thus, more inertia. less massive objects have less resistancs, thus, lesser the inertia.

Hope it's clear.