cause gravity pulls us down and doesn't let us float
It will float beacuse there isnt any gravity.
Gravity holds things down to Earth (or any other body in space). The oxygen only stays on earth because of this gravity. Without gravity, oxygen and our whole atmosphere would just disperse and float off into space.
Gravity is a attraction, or pull, between any two objects due to their mass. If we don't have the gravity on our Earth surface, everything in the earth would float in to the space, and the people will die>.<
It is really hard to tell because there isn't any gravity in space so it would just float around.
Whether or not you float has nothing to do with vacuum. You float because you are too far away from the earth (or other massive objects) for their gravity to have any noticeable effect on you. It just so happens that this occurs in space where natural vacuum may be found.
Things would float, obviously. But if there were a limited amount of gravity released, then certain objects would float, but if ALL the gravity were released out, then almost 99.9% of things on earth would float. Humans definitely will float, in any range of 1% to 99% non- gravitational. I'm not too sure about buildings though ^-^
Without gravity, a person would just float off into space! It is the earth's spin that causes centrifugal force that keeps objects planted onto the planet's surface at any given time.
Yes. There's a force of gravity that pulls you and any other mass together, no matter what shape either of you is. However, a flat earth model would have far less gravity than a sphere, causing us to float into space.
Yes There is Mass on Space, Because Gravity pulls you down on the earth so it doesn't when you float out on any planet or moons. So I Hope this question Helped you
Just like Earth's gravity holds you to Earth, and doesn't let you float away, Mars, too, has some gravity (less than Earth), which won't simply let objects float away into space.
Since there is not any gravity in space, the apple pieces would start floating around.
Any such change would be insignificant.