Question

2 particles of different masses are acted upon by equal force. if initially the particles were at rest, then the kinetic energy of both particles would be same after
1) same time interval 2) same displacement
3) both
4) neither

Answer 1

Option 3)  both

2 particles of different masses are acted upon by equal force. if initially the particles were at rest, then the kinetic energy of both particles would be same after

• When the same force is applied to two bodies with different masses, the heavier body will cause a greater acceleration.
• According to the equation above, the change in momentum is the same for both objects because they are both subject to the same force for the same period of time.
• Lighter bodies will accelerate more quickly because, for a given force, acceleration is inversely proportional to mass. A. If the same force is given to two bodies of different masses at the same time, both of their velocities will vary in the same way.
• For various bodies, the same force at the same time results in the same change in momentum. This assertion is true because a force applied to a body results in a change in the body's momentum. Accordingly, the same force applied over the same period of time will result in the same change in the body's momentum.
• Work, power, and energy. Demonstrate that when two bodies of equal mass collide in an elastic manner, the bodies' velocities change after the contact. Hence the outcome.

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Answer 2

Answer:

The answer to the given question is option 3 both.

which is the same time interval and same displacement.

Explanation:

It is given that the 2 particles of different masses acted upon equal force, initially, they are at rest, and then the kinetic energy of both particles would be the same after.

when the same forces acted on two bodies with different masses, the heavier or weighted body will cause greater acceleration.

The acceleration is inversely proportional to mass.

The body with light mass accelerated quickly, whereas the body with heavy mass accelerated lately or slowly.

The same force at the same time in various bodies results in the same change in momentum.

When two elastic bodies elastically collide with each other, the velocity will change after the collision.

Therefore,

particles of different masses are acted upon by an equal force. if initially, the particles were at rest, then the kinetic energy of both particles would be the same after

the same time interval and same displacement.

Therefore, the final answer to the given question is both which is option 3.

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