Question

Inertia of an object proportional to its….

Answer 1

The inertia is the aim of all the objects to oppose the change in their movement. The inertia is directly proportionate to the object's mass; that is, the greater the object's mass, the higher the inertia occupied by that object. Inertia is a characteristic of objects: the extent to which they oppose changes in their motion. It states that the Inertia of an object is directly proportional to its mass: the heavier it is, the tougher one has to push it.

Complete step-by-step solution:
The aim of all the objects to oppose the alter in their motion is called inertia. An object at a steady-state will rest until a force produces it to move. Similarly, an object in motion will stay in movement until a force makes it stop or alter its speed.
Thus, as per the description of inertia, the object's resistance to change is generated by the resistance offered by the object to shift in its position of motion. The inertia is directly proportionate to the body's mass; that is, the larger the object, the higher the inertia occupied by the object.
Newton's first law and Galileo's law of inertia determine this property, as these cases deal with the object's property to oppose or of motion. The root of inertia is the resistance granted by the object to alter its state of steady state or motion.
The inertia of a body is the opposite force that reverses its motion. Moreover, the higher the mass, the resistive force will be higher. Hence, we can infer that the Inertia of anybody is directly proportional to its mass.

Note: IInertia is a property by which the body opposes the change of state. If higher is mass, more is resistance. So, the Inertia of an object is proportionate to its mass. Newton's first law of motion declares that a body at leisure or in motion will continue in that state until an external force forces it. Galileo's law of inertia declares that a body in motion would last in that state unless a force produced it to come to rest.