#### How Much Would You Weight If You’re Twice As Far From Earth?

The gravitational force acting on a body at the Earth’s surface is inversely related to its squared distance from the planet’s center of mass. You would weigh one divided by two squared, or one quarter, as much if your location were twice as far away from the Earth’s center as it is today.

## What would be the difference in your weight if you were two times farther from the center of Earth than you are now?

By increasing the distance between the two bodies by two times, the force between them will drop by 122=14, or four times less. So, for example, if your starting weight was W, your new weight would be W4.

You might be interested:  FAQ: How Far Is Orbit From Earth?

## How is weight affected by distance from Earth?

Leaving the planet and traveling to another planet As you travel away from the Earth’s surface, your mass remains constant, but your weight falls as the gravitational attraction of the Earth’s surface weakens.

## What would be the difference in your weight if you were 5 times farther from the center of the earth than you are now 10 times?

An acceleration necessitates the application of net force (2nd Law). With another way of saying it, doubling the distance equals one-fourth the force, tripling the distance equals one-ninth the force, and so on. The weight of a person who is five times farther away than they are now from the center of the Earth is one-fifth (= one-fifth) the weight of a person who is now closer than they are now.

## How much less would you weigh if you were three times farther from the Earth’s center?

The greater the distance between an object and the center of the Earth, the less it will weigh. An apple that weighs 1 N at the surface of the Earth weighs only 0.25 N when it is twice as far away from the center of the Earth as it is at the surface. When it is three times as far away, it weighs just 1/9 of its original weight. However, no matter how far away you are from Earth, the planet’s gravitational pull remains constant.

Weighing around 0.5 percent more, or three-quarters of a pound more for the 150-pound individual

You might be interested:  How Far Are All The Planets From The Earth?

## How much weight is the Earth?

Answer Expert Verified 54 Newton because the moon’s gravity is one-sixth that of the earth’s.

## How much weight can a man lift in the Jupiter if he can lift 100 kg on Earth calculate?

Given that the acceleration due to gravity() on Jupiter is three times greater than the acceleration due to gravity() on the Earth (). The mass in this equation is m= 100 kg, and it is the same on both the earth and Jupiter. W = 2940 N (Northern Hemisphere). As a result, the weight of one hundred kilograms of rock on Jupiter is 2940 N.

## What altitude do you lose gravity?

At a height of 128,000 feet (39 kilometers), the force of gravity is just one percent less powerful than it is at the Earth’s surface.

## Does gravity increase as you go deeper?

It does, in fact, increase. According to the PREM (preliminary reference earth model), the density of the earth’s core is approximately twice that of its mantle, resulting in a modest increase in gravity as we go closer to the planet’s core (about halfway to the center of the earth).

## Why weight of a body reduces in a mine?

Gravitational force is a force that exists between two objects and is created by the energy contained in mass. When you’re in the mining radius of the earth, you may use this formula to calculate gravity. As a result of losing weight, you get healthier.

## Do we weigh less at the equator?

It’s true that you weigh less on the equator than you do at the North or South Poles, but the difference is inconsequential. It is important to note that your physical body does not alter. As a result, those living at sea level near the equator are farther away from the earth’s core and so experience less gravity than people living at sea level near the poles.

You might be interested:  Readers ask: How Far Away Is Phoenix Dwarf From Earth?

## Why do you weigh less on top of Mount Everest?

where g = 9.8 m/s2 (about) denotes the gravitational acceleration in the nearby area. If you get to the top of a really tall mountain, on the other hand, you will notice that the gravitational pull becomes a little weaker. If you climb to the summit of Mount Everest, you will weigh somewhat less than you do at sea level.

## Does a person weigh less at higher altitudes?

You would weigh somewhat more at sea level than you would at the summit of a mountain, not by much that you would notice, but by a significant enough amount that you could calculate it. According to one estimate, a person who weighs 150 pounds on the surface of the planet would weigh roughly 149.92 pounds at 10,000 feet above sea level, based on his or her height.

## Does higher gravity make you weigh more?

Remember that even if you weigh less as a result of a change in the force of gravity acting on your body, the mass of your body remains the same. As your body increases in size, you will gain more mass, which will result in you gaining more weight. This is because when you’re on the surface of the planet, the amount of gravity that pushes on you remains constant.

### Releated

#### Often asked: How Far Is Next Sun From Earth?

The Earth’s closest approach to the sun, known as perihelion, occurs in early January and is around 91 million miles (146 million km) away from the sun, or just shy of one astronomical unit. Aphelion is the distance between Earth and the sun at which it is at its farthest distant. It arrives in early […]

#### Hey Google How Far Away Is The Sun From The Earth?

Science fiction writers have referred to our region of space as the “Goldilocks Zone” for the reason that it looks to be just suitable for life. As previously stated, the average distance between the Earth and the Sun is around 93 million miles (150 million kilometers). That’s equal to one AU. Contents1 How long would […]