Is it possible to produce gravity?
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Is it possible to produce gravity?
Artificial gravity can be created using a centripetal force. In accordance with Newton’s Third Law the value of little g (the perceived “downward” acceleration) is equal in magnitude and opposite in direction to the centripetal acceleration.
Can you create gravity without mass?
The only way to get gravity is with mass. The more mass, the more gravity you get. Without mass, you can’t have gravity. The force of gravity that we feel is actually just an acceleration towards the center of the Earth at 9.8 meters per second squared, or 1G.
Can you create gravity with magnets?
The fact that magnets have two poles and opposite poles of magnets produce an attractive force. This shows that Magnets can be used to create artificial gravity. However,in order to create such gravity, the strength of the magnets should be sufficiently strong.
Will we ever be able to control gravity?
The better news is that there is no science that says that gravity control is impossible. First, we do know that gravity and electromagnetism are linked phenomena. Historically, gravity has been studied in the general sense, but not very much from the point of view of seeking propulsion breakthroughs.
Can electromagnetism simulate gravity?
Sadly, electromagnetism isn’t a body force like gravity. It works only on the coils themselves, not on the stuff around it.
Can gravity be reversed?
In order to have reverse gravity, you would need to have a repulsive effect. So, no. Reverse gravity isn’t possible. What you can do is simulate gravity using centripetal force, which is produced by having something rotate about a point in a circular motion (a centrifuge).
Why do things float in space?
We float in space because there is very little gravitational force acting on them. Gravity is a force that is caused by the attraction of objects with mass. In space, you are very far from Earth’s center of gravity (other planets have gravity as well), so it doesn’t pull very hard, and we basically float around.