Question

two balls x and y of masses m and 5m are in motion with velocities 5v and v respectively.their inertia are in the ratio:​

Answer 1

Explanation:

Answer: Since inertia is a measure of mass, which is m for x and 5m for y. So their inertia are in the ratio m/5m = 1:5

Answer 2

Answer:

The inertia of two balls x and y are in the 1:5 ratio.

Explanation:

• Any physical object's inertia is its resistance to changing velocity. This includes alterations to the object's motion's speed or direction.
• The body doesn't want to move from its state of rest or modify its motion (inertia of motion) (inertia of rest). Because of this, the body requires the application of an external force in order to change its current state, or accelerate. The amount of acceleration when a force is applied to a body depends on the mass of the body.
• We can also say that the inertia of a body is directly proportional to the mass of the body.
• The two balls x and y have a mass of m and 5m respectively. Since the inertia of a body is in direct relation with mass. Therefore, their inertia is in a ratio of 1:5.

Thus, two balls x and y of masses m and 5m are in motion with velocities 5v and v respectively, their inertia is in the ratio:​ 1:5.

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