# Who Dropped A Feather And A Hammer Together? (Best solution)

Commander David Scott (shown above) gave a live demonstration for the television cameras at the conclusion of the last Apollo 15 lunar walk. He held out a geology hammer and a feather, both of which he dropped at the exact same moment.

## What will happen when a hammer and a feather are dropped at the same time and height?

If air resistance is believed to be insignificant, then a hammer and a feather will both descend with the same constant acceleration. According to astronaut David R. Scott, this is a general aspect of gravity that is not specific to the Earth. Consequently, the acceleration of free-falling objects is referred to as the acceleration owing to gravity (or gravity acceleration).

## Who dropped a feather and a hammer on the moon?

If air resistance is believed to be insignificant, a hammer and a feather will both descend with the same constant acceleration. As astronaut David R. Scott has pointed out, this is a general property of gravity that is not specific to the Earth. As a result, the acceleration of free-falling objects is referred to as the gravitational acceleration.

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## Did you expect the hammer and the feather to land on the surface of the moon at the same time?

The gravitational pull of an object dictates how long it will take for it to descend to the ground. Although it is true that the feather and hammer did not touch the ground simultaneously on the Moon, this was because, in the absence of air resistance, all things accelerate towards the ground at the same rate when they are near the ground.

## What drops faster a feather or a hammer?

The hammer will fall more swiftly in an atmosphere with plenty of oxygen. It is proportionate to its mass that the feather will have a bigger degree of aerodynamic resistance on it, which will prevent it from falling, than the hammer will. Having stated that, in a vacuum and with no other source of friction, the two items should fall at the same rate, assuming they are not touching.

## How far could you fall on the moon and not get hurt?

The answer is around 43 meters in length. Because you have been under low gravity for such a long period of time, you will lose bone mass, and the distance you fall may be far shorter than the major damage level.

## What happens if you throw a hammer in space?

Despite its weightlessness, the hammer retains mass and, if it is traveling in relation to you, momentum. Assuming you’re hammering nails on the International Space Station (why you’d want to do this is another matter entirely), and you accidentally strike your finger while holding a nail, the momentum of the hammer will still injure your finger.

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## What happens if you throw a ball on the moon?

On the moon, there is no air resistance to slow down the ball’s progress like it would on Earth. On the moon, it is possible to make a golf ball move for a few kilometers, but the ball will always come to rest on the planet’s surface.

## How much does a person weigh on the moon?

The weight you feel on the Moon is 16.5 percent of the weight you would feel on the Earth. In other words, if you weighed 100 kg on Earth, you would only weigh 16.5 kg on the Moon, a significant reduction. Consider the following scenario for you imperial folks: you weighed 200 pounds. If you were to put your weight on the Moon, it would only be 33 pounds.

## Do objects fall faster on Earth or the moon?

Gravity: Because the Earth is far larger than the Moon, the Earth’s gravitational force field is significantly stronger (has greater mass). Gravitational force fields on Earth are greater than those on the Moon, resulting in a faster rate of acceleration (g = 9.8 m/s2) than the lesser gravitational force fields on the Moon (gmoon=1.6 m/s2).

## Who dropped a feather and hammer together to see if gravity pulled on them the same amount?

Commander David Scott (shown above) gave a live demonstration for the television cameras at the conclusion of the last Apollo 15 lunar walk. He held out a geology hammer and a feather, both of which he dropped at the exact same moment.

## What happens if you drop a rock on the moon?

The drag pressure exerted over the fabric’s surface area is sufficient to decelerate the drop to a safe pace. There is no atmosphere on the moon, and as a result, there is no aerodynamic drag to slow the descent of large objects with a large surface area. If you tried to use a parachute on the moon, you’d wind up looking ridiculous and probably even breaking your leg.

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## Would a hammer or feather hit the ground first vacuum?

In a vacuum, no matter how heavy an item is, it will descend at the same pace. Galileo, you’ve done an excellent job! Because of the presence of ntirogen, oxygen, and other gases in our atmosphere, the hammer would strike the earth first — not because it is heavier, but because the feather faces air resistance on its way down.

## Which will hit the ground first?

This means that when two items are the same size but one is heavier than the other, the larger object will have more density than the smaller object. Because of this, when two things are dropped from the same height and at the same time, the heavier object should strike the ground first, followed by the lighter object.

## Which falls first the ball or the feather?

This means that when two items are the same size but one is heavier than the other, the denser of the two objects will be the heavier one. So when two things are dropped from the same height and simultaneously, the heavier object should land on its side first rather than first and then second and so on.