When Feather and Stone are dropped from the same height which one will reach the ground first?

And as acceleration due to gravity doesn’t effect mass of a body, mass of a body remains constant. Explaination: Air resistance is high on the body which has less weight and low on the body which has more weight that’s why feather reaches the ground late and stone reaches earlier.

When a feather and coin is dropped from the same height do they both reach the ground at the same time or at different timings explain?

In other words, if two objects are the same size but one is heavier, the heavier one has greater density than the lighter object. Therefore, when both objects are dropped from the same height and at the same time, the heavier object should hit the ground before the lighter one.

When one coin and a feather dropped from a height at a place where there is no air which object will reach the ground first?

Both coin and feather will reach the ground at same height because in vacuum the motion of a body does not depend on its mass since there is no gravity. Hence any free falling body in vacuum will reach the ground at same time.

Why a feather and a small stone do not take the same time to reach the ground?

Explanation: If the stone and the feather are of same weight, the factors that make them differ in the time taken to reach the ground are – air pressure and gravity. Both the objects do not meet the ground at the same time.

When a coin and a feather are dropped simultaneously from the same height the coin strikes the ground first Why?

When a coin and a feather are dropped simultaneously from the same height, the coin strikes the ground first due to the Frictional Force is less in the case of the coin.

What is the conclusion of coin and feather experiment?

The main conclusion of feather and coin experiment is that the falling rate or acceleration due to gravity is independent of the masses of the falling bodies. If there is no air resistance than all the bodies fall together irrespective of their masses.

When a feather and a coin are dropped in a vacuum tube?

A penny and feather are in a tube, and when the tube is flipped, the feather takes more time to fall than the penny. But when the air is evacuated from the tube, both fall in the same way. The vacuum pump is located beneath shelf C1 (and it’s surprisingly heavy to pick up).

When a stone and pencil are dropped simultaneously?

It remains same for each object. Since stone and pencil are falling in a vacuum, there will be no air resistance on them. Hence, time taken for them to reach the ground will be same.