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If we drop two balls same heights.One ball reaches higher height after bouncing than other then has that ball experienced larger impulse?
Depends on their masses.shayan haider said:If we drop two balls same heights.One ball reaches higher height after bouncing than other then has that ball experienced larger impulse?
Okay thank you.You are right.A.T. said:Depends on their masses.
The impulse of a dropped ball is the change in momentum that occurs when the ball is released from a certain height and falls to the ground. It is a measure of the force exerted on the ball over a period of time.
The impulse of a dropped ball is directly proportional to its height. This means that the higher the ball is dropped from, the greater the impulse will be.
When a ball is dropped from a greater height, it experiences a larger impulse upon impact with the ground. This impulse causes the ball to rebound with a greater velocity, resulting in a higher bounce.
Yes, the impulse of a dropped ball is affected by its mass. A heavier ball will have a greater impulse than a lighter ball when dropped from the same height.
The impulse of a dropped ball is affected by the surface it is dropped on. A softer surface, such as sand, will result in a smaller impulse compared to a harder surface, such as concrete. This is because the softer surface absorbs some of the impact force, reducing the change in momentum of the ball.