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Don't be discouraged by that "intellectual" who said it couldn't happen. It's OK if it can't happen, you want to know what would happen if it were posible. I'm not a physicist, but as I understand it there are many effects that celestial bodies have in each other and on themselves as a result of their movement through space. Their magnetic fields, tide movement, and such, are tied to this and would be affected if they stopped moving. If, like you said, the planets stopped...I think you mean the sun too. If the Earth didn't rotate and didn't move around the sun, it would get super cold on the side that's not facing the sun, and some parts of it facing the sun would burn so hot no one could live there. Climate would get crazy, there'd be earthquakes and storms all over. Also, it would depend on if the planets stopped suddenly or gradually. It'd be pretty much fatal for us if they stopped suddenly. Your question is an awesome one to contemplate, I hope you don't stop being curious about it.

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Related Questions

What will happen if planets got out of their orbits?

Planets can't really get out of their orbits because of gravity; if gravity somehow stopped having an effect, the planets would continue in a straight inertial line with inertia from the point at which gravity stopped.


What would happen to planets and their moons if there were no gravity?

If there was no gravity, the Sun and and the planets would never have formed.


What will happen to the planets if the sun did not have gravity?

The planets will get too hot than melt/explode.


What will happen if there were no gravity in space?

If gravity didn't exist at all, planets, stars and solar systemswouldn't have formed as we currently know them.


Does gravity happen in other parts of space?

Yes; wherever in the universe there is mass like planets, stars of even meteors, there is gravity.


What will happen to the different planets which are revolving around the sun if there is no gravity?

If there was suddenly no gravity, the planets would continue to move at the same speed in the current direction they are facing in a straight line until a collision occurs. By the way, if gravity suddenly stopped, the laws of physics would suddenly, drastically change, because gravity is one of the four fundamental interactions.


What would happen to an object in orbit around planets if the planets force of gravity were stronger than the objects inertia?

The object would crash into the planet.


Is there force in space?

No; gravity will continue acting on your body. If there was no force acting on your body while in space (let's say an orbiting satellite), the satellite would fly out of Earth's orbit and just wander off forever, but that doesn't happen - so gravity has to be acting on the satellite and your body as well!


What will happen to the moon and planets if gravity did not exist on the solar system?

They would fly randomly through space.


What would happen if there was not enough gravity to keep the planets in orbit round the sun?

Planets would most likely drift until they were attracted to the next largest center of gravity, say Jupiter. But without a centre of gravity, the planets would have nothing to hold themselves in a fixed point and would simply drift.


What would happen to the planets if there was no gravity?

They would float and they would stop moving. If gravity were to cease, they would cease orbiting their sun. Their inertia would continue, sending them on a straight-line path in the direction they were traveling at the moment gravity stopped. If the planets themselves had no gravity, they would eventually start breaking apart, because gravity is probably the biggest single force holding large masses together. Magnetic forces would keep certain solid parts clumped together, but a planet with an atmosphere, for example, would lose the atmosphere completely.


Inertia is the reluctance of a body to exchange its situation of stillness or motion. How could inertia send the planets sailing through the galaxy against the gravity of the sun?

Inertia cannot send the planets sailing off through the galaxy as long is the sun's gravity is acting on them. Only if the sun's gravity suddenly disappeared would this happen. The pull of the Sun's gravity is the only force keeping the planets from heading off alone through the galaxy. The planets' inertia keeps the Sun's gravity from pulling them into the Sun at the center of the solar system.It's a nice balance, and it has been going on for about 4 billion years since the solar system formed from the dust and gas scattered through this region of interstellar space.