Gravity and the Weight of the Scale NASA’s “Computing Human Weight on the Moon” page explains how your weight would be divided by six if you were to live on the moon. Because the moon has a gravitational force approximately one-sixth that of the Earth, you would weigh approximately one-sixth of what you weigh on the Earth.

What happens to a person’s mass and weight when they go to the moon?

A: Because the strength of gravity on the moon is different from that on Earth, our weight on the moon is less than it would be on Earth. As a result, if you traveled to the moon, you would lose weight even if your mass remained the same!

How is the weight of an object on moon related to its weight on Earth?

The moon’s mass is one-hundredth that of the earth’s, and its radius is one-fourth that of the earth. As a result, the gravitational pull on the moon is approximately one-sixth of the gravitational force on the earth. As a result, the weight of an object on the moon is one-sixth that of an object on the earth.

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How would the moon’s gravity change your weight on a scale what about Jupiter’s gravity or the sun’s?

If you were to weigh 100 pounds on Earth, you would weigh around 253 pounds on Mars! Because the moon has less mass than the Earth, it has a weaker gravitational attraction than the Earth. Because the Earth is larger in mass than the moon, its gravitational attraction is greater than that of the moon.

Is your weight on the moon the same as on Earth?

The moon’s mass, which is the quantity of material that makes up the moon, is approximately one-eighth the mass of the Earth. Despite the fact that your mass would be the same on Earth and the moon, if you weigh 132 pounds (60 kilograms) on Earth, you would weigh roughly 22 pounds (10 kilograms) on the moon. This is because your mass would be the same on Earth and the moon.

What is your weight if you go to 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 we weigh less on the moon?

The Moon of the Earth has a mass that is significantly smaller than that of the Earth itself. Furthermore, the Moon is only around 60 percent as dense as the Earth, despite the fact that it is smaller than the latter. As a result, the gravitational attraction on the Moon is far lower than it is on Earth, and a human weighs significantly less on the Moon.

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Why is the weight of object on moon?

Why is it that the weight of an object on the moon is one-sixth that of an object on the earth? The moon’s mass is one hundredth of the earth’s mass, and its radius is one-fourth of the earth’s radius. When the moon is compared to the earth, its gravitational attraction is approximately one-sixth that of the earth. As a result, an object’s weight on the moon is one-sixth of its weight on Earth.

Why is the weight of an object on?

Conserved? It is the force exerted on an item as a result of gravity that is known as the weight of an object in science and engineering. A vector quantity, defined as the gravitational force exerted on an object in certain standard textbooks, is defined as weight.

What is the weight of a 60 kg astronaut on Earth?

The answer is: a) Weight equals Fg equals mg = (60 kg)*(9.8 m/s2) equals 588 N.

What changes when on the moon?

Standing on the moon’s surface alters certain characteristics of weight, but not all of them, depending on how you define weight. However, because of the moon’s lower gravity, your scale weight would be lower, but your body mass would remain unchanged.

What is the weight formula?

The force of gravity pressing down on an item is measured in terms of its weight. It is dependent on the mass of the item and the acceleration due to gravity, which is 9.8 meters per second2 on Earth. Calculating weight is done using the formula F = m 9.8 m/s2, where F is the object’s weight in Newtons (N) and m is the object’s mass in kilograms, respectively.

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