It is farther away from Earth,and gravity can't reach very far.
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There is no such thing as zero gravity. Every mass, no matter how great or small, has a gravitational pull towards you, and you have a gravitational pull towards it. In space, tiny hydrogen atoms fly around, about 1 for every large living room. Even though their gravitational pull on you will be tiny, there will still be gravity, even in deep space or places where there are no planets.
Yes. Gravity is what keeps them in orbit. If it were not for gravity, those astronauts would continue out into space in a straight line.
because the gravity vortex and the central pull called the Reist foundation takes longer to get to a place in space
No, pull-ups cannot be performed in the traditional sense in space because there is no gravity to pull against. Astronauts on the International Space Station use specially designed resistive exercise equipment to maintain muscle and bone strength in microgravity environments.
yes m8
they have a machine to tell nand control temp.
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By the gravity pull
No, you do not float in space. In space, there is no gravity to pull you down, so you would float freely.
they have butts in the space
Because there is no gravity to pull you down. It is the same when your inside water.
Weight is the pull of a gravity field on a massGravity is the result of a distortion in space-time produced by a mass.
They don't even weight a pound in space because there is no gravity pull in outerspace
niel Armstrong was in the first nasa space mission shuddle to the moon. ONE SMALL STEP FOR NIEL ARMSTRONG!
On Earth, gravity pulls objects like crumbs downward towards the ground. In space, there is microgravity, so there is no force pulling the crumbs in a specific direction. As a result, crumbs in space would tend to float around rather than fall to the ground.
Gravity needs an object with mass to conduct a gravitational pull. As long as there is nothing with mass around, there will be no gravity. Naturally, objects in space that do indeed conduct gravity will pull another object towards it but not into it, but into an orbit around the original object. By the way, just to blow your mind if you had never considered this thought before, there is no 'right-side up' in space because there is no gravity. Only when you have a gravitational pull can you interpret which way is 'up' of 'down.' This is because there is nothing to compare your position with. Cool, huh? Because space is a vaccuum...awesome. There IS gravity in space. There is gravity everywhere. Sometimes, though, you are either so far away from any mass or in a 'free fall' condition that you don't NOTICE the gravity in any meaningful way.