1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.
They would weigh 112.5lbs.
Depends on the force of gravity acting on the body. In outer space, for example, it would weigh nothing whereas on a white dwarf or a neutron star its weight would be enough to crush you (though you would not be able to survive on such a body anyway).
A 100lb person would weigh 88.6lbs, though there is no real surface to stand on, since it's a gas planet.
On Earth, the person weighs 165.3 pounds. On the Moon, he would weigh 27.3 pounds.
1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.1 gallon of sand - except in outer space, where the would both weigh nothing.
In space, nothing has any weight, regardless of its mass.
John Glenn was the first American to be in space. Another example would be Neil Armstrong, the first person to walk on the moon.
what should you pack to outer space and prepare
Is your question "what do you weigh different objects on in space...", or "why would you attempt to weigh an object in space"...?
Example: 738 East NORTHSTAR Lane Outer-space, Outer-space nowhere
Example: 738 East NORTHSTAR Lane Outer-space, Outer-space nowhere
you would die
in Outer Space
you would not be able to breathe
It would take a lot of money because you have to pay for every thing to be able to survive and get to outer space.
Normally you would weigh the most on a boat. However, you would weigh more on a space shuttle while it is ascending while being launched.