No, i think they would go hurtling off into space. No, all the planets in our solar system orbit the way they do because of the sun's gravitational pull on them.
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.
The force of gravity keeps the planets in their orbits, and without it they would all go off in straight lines into interstellar space.
If they did then they would collide. They could merge into a larger planet or get blasted into space. In the latter case, the smaller parts would continue in individual orbits until they were attracted, by gravity, into other planets or coalesce into a new planet.
No, the planets in our solar system rely on the Sun for light, energy, and gravity to maintain their orbits. If the Sun were to disappear, the planets would no longer have a source of heat and light, and they would eventually drift off into space in various directions.
i do not this answer that's why i am asking you this answer.
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.
If the planets did not move in their fixed orbits they may dash each other.
From that vantage point, you would observe the planets orbiting the Sun counterclockwise. The orbits will be nearly in the same plane, known as the ecliptic plane. Also, you would see that inner planets move faster in their orbits compared to outer planets.
The orbits of the planets would all be much larger if the sun had less gravity. They might even just fly off free.
Then the laws of physics would be broken. An impossibility.
Yes, they revolve around the sun in their orbits. Their orbits depend on their weight, which would determine the weight of gravity in individual cases, and the planets are controlled by their own gravity and the centrifugal and centriputal forces always in effect.
Mars does not revolve around any planets, it is a planet in its own right. If it did, it would be called a moon. It orbits the sun directly.