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What else can I help you with?
Can astronauts lift weights in space?
of course , but it would not be the same weight as on earth
How does the weight of an object on the earth's surface vary with its weight on the moon?
An object will weigh approximately 6 times HEAVIER on earth than it would on the moon.
Would you be heavier on Pluto or earth?
You would be much heavier on earth- about 12 times heavier.
Are heavier on Earth or Mercury?
You would be only 38% of your weight on Mercury as you are on earth. If you weigh 180 pounds on earth you would then only weigh 68.4 pounds on Mercury.
What would happen to weight if you go on the moon?
If you were to go to the Moon, your weight would significantly decrease due to its lower gravitational force, which is about 1/6th that of Earth's. For example, if you weigh 180 pounds on Earth, you would weigh only about 30 pounds on the Moon. However, your mass would remain the same, as mass is a measure of the amount of matter in your body and does not change with location. This difference in weight is why astronauts can jump higher and carry heavier objects on the Moon.
Is the moon and the earth the same weight?
no, the Earth is many times heavier
The weight of an astronauts in an artificial satellite revolving around the earth is?
30
Why is the weight of astronauts less than what they way on earth?
gravity is stronger on the earth cuz the earth is bigger that the moon :)>'
What would happen to your apparent weight if the Earth rotated more slowly about its axis?
If the Earth rotated more slowly about its axis, your apparent weight would increase. This is because the centrifugal force pushing outward due to the Earth's rotation would decrease, making you feel heavier.
Weight on Saturn vs earth?
Add seven pounds on to your weight. That's about how much you would weigh. Because Saturn has such low density, your weight would not be much heavier than what it is now.
Would something heavier and smaller than the earth be attracted to it or would the earth be attracted to the object?
Gravity always work both ways, but proportional to the weight. So humans pull on the Earth just as the Earth pull on humans. Only that humans are so much lighter that our pull isn't much noticed. Something that's heavier than the Earth, well then the heavier object would exert the greater pull. But both would still pull on each other.
Earths gravitational pull just got there three times stronger what happens to your weight?
If the mass of the Earth were to increase, your weight might go up. Or it might not, depending on how the new mass was distributed. If the diameter of the Earth also increased, then you might be enough farther away from the increased mass that your apparent weight would be the same or even go down. In order to increase the mass of the Earth by enough to make a real difference, the Earth would need to get new mass by colliding with a large asteroid or another planet. In that case, your increased weight would be the least of your worries, since we would all be dead.
