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Assuming the person's weight on Earth is 100 pounds, on Uranus, which has a lesser gravitational pull, that person would weigh approximately 89 pounds.
The gravitation pull of the Earth is 6 times the gravitational pull of the moon. If the weight ofÊa person on Earth is 200 pounds, it is 200/6 or 33 and 1/3 pounds on the moon.
A 250 pound person would weigh about 82 pounds. The gravitational force on the surface of Mars is about one third of that of earth.
The independent variable is the person's mass, since the mass of an object is constant regardless of gravitational force.
An object or bunch of objects that weigh 300 pounds on the earth would, if transported to thesurface of the moon, weigh 48.98 pounds there. (rounded)
Assuming the person's weight on Earth is 100 pounds, on Uranus, which has a lesser gravitational pull, that person would weigh approximately 89 pounds.
Weight is an objects mass times the gravitational acceleration it undergoes. For a 5.0kg mass this would be 49N which equals 11.02 pounds.
10 pounds. The moon's gravitational acceleration is one sixth that of Earth's. Hence a person who weighed 60 pounds on the Earth would weigh 10 pounds on the moon.
7.3 pounds is greater than 7.25 pounds.
The gravitation pull of the Earth is 6 times the gravitational pull of the moon. If the weight ofÊa person on Earth is 200 pounds, it is 200/6 or 33 and 1/3 pounds on the moon.
The gravitation pull of the Earth is 6 times the gravitational pull of the moon. If the weight ofÊa person on Earth is 200 pounds, it is 200/6 or 33 and 1/3 pounds on the moon.
I have a feeling that you're looking for the answer 'gravity'. But the 'pull' between any two objects due to gravity is equal in both directions. Doesn't matter a bit if they're the same size or if one is a bazillion times bigger than the other one. If you weigh 100 pounds on Earth, that means there's a gravitational force of 100 pounds pulling you toward the center of the Earth, and guess what: There's a gravitational force of 100 pounds pulling the Earth toward the center of you ! If you weigh 100 pounds on Earth, then the Earth weighs 100 pounds on you. If 'gravity' isn't the answer you're looking for, then I'm sorry I took up your time.
pounds is greater.
In space, away from the gravitational influence of heavenly bodies, an overweight person would be 'weightless' meaning they would float as much as anyone else since there is no gravitational pull on their body. They would still have a greater mass than a person of lesser earth-weight. Everything weighs less on other planets. On some planets you would weigh more. For example: it you went to the earth's moon and you weighed 100 pounds then you would weigh 17 pounds on the moon! but, if you could go on the sun without dying, and if you weighed 100 pounds you would weigh 2,800lbs.
3480 pounds is greater.
A 250 pound person would weigh about 82 pounds. The gravitational force on the surface of Mars is about one third of that of earth.
A 95 pound person would weigh 101 pounds on Saturn. Saturn's gravitational pull is very similar to the gravity on Earth.