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.
In a vacuum, there is no air or other medium for objects to displace, so there is no buoyant force to make them float. Objects in a vacuum will simply remain in place if they are not acted upon by any external forces.
Yes, there is still gravity in a vacuum. Gravity is a fundamental force that exists everywhere in the universe, including in a vacuum where there is no air or matter.
because without gravity we would all float around and mabie float into space... It would kill us because without gravity we would all float around and mabie float into space... It would kill us
Yes. Gravity attracts every speck of mass in the universe to every other one, even though in almost all cases, there's nothing but vacuum between them.
Yes, you would float with ease on Mars due to its lower gravity compared to Earth. The gravity on Mars is about 38% of Earth's gravity, making it easier for objects and people to float or move around with less effort.
Gravity is a force that pulls you down to the centre of a planet. If it was zero gravity you wouldn't be pulled down. Earth is the only planet that has gravity that's why you "float" in space. I hope this has helped.
No. The gravity on Mars is much weaker than the gravity on Earth but it is still significant. You could jump higher but you couldn't float.
cause gravity pulls us down and doesn't let us float
No, you do not float in space. In space, there is no gravity to pull you down, so you would float freely.
In a vacuum, where there is no air or matter, gravity still exists and continues to exert a force on objects. The absence of air resistance may result in faster acceleration of objects in a vacuum compared to in the presence of air.
no
In space, an egg would float due to the lack of gravity. Without the force of gravity pulling the denser yolk downward, the egg would retain its shape and appear spherical. In the vacuum of space, the egg would not cook or freeze instantly as commonly believed, but it would eventually freeze over time due to the extreme cold temperatures.