All the planets in the solar system are kept in orbit by the gravitational pull of the sun. The effect of the other planets and other bodies in the solar system is to change the shape of the orbits slightly but the sun is what keeps them in orbit around the sun.
orbit
The earth and the other planets are attracted to the sun's gravitational pull. The larger an object is, the greater it's gravitational pull. The planets are caught in the sun's gravitational pull and as such orbit it in an organized manner. Distance also has an effect on the force of gravity, because the moon is close enough to the earth it revolves around the earth instead of the sun. Since the moon is within the Earth's gravitaional pull, it merely orbits the Earth, it doesn't crash into it. Although, there is evidence that the moon was once an asteroid before it collided with earth. During this process a chunk of it broke off and got caught in the earth's pull and began to orbit it.
Not all the planets orbit the sun - other stars have planets too. But all the planets in our solar system, which is the system of our sun, revolve around the sun; otherwise they would be in other solar systems. All the planets we can see with our naked eye orbit the sun, since the planets orbiting the sun are the only ones close enough to earth to see without a telescope.
Spherical but also flat on the top and bottom
Both the Sun and the Earth exert gravitational pull on each other; the resulting tension causes the Earth to remain in space rather than crash into the Sun.
perturbations
because of gravitational force of attraction between the earth and other planets
gravitational pull
The gravitational force between planets supplies the centripetal force that causes them to orbit each other.
They have very minor gravitational effects. Not noticeable but can be calculated.
It is captured in orbit around the Earth by the Earth`s gravitational pull. The same as the Earth and the other planets in our solar system are captured by the gravitational pull of the Sun.
A planets gravitational pull is the force it exerts on other objects. The planets orbit is the path it takes due to gravity. Basically gravity causes the orbit.
Planets and moons remain in their orbits because of the gravitational pull other bigger planets or stars have on them, for example the Earth stays in its orbit because of the gravitational force it is subjects to created by the Sun, and the moon stays in its orbit because of the gravitational force it is subject to created by the Earth. It's all about gravity and force.
Because Earth and all the other planets and moons have a gravitational pull. This pull is distributed so that everthing stays in orbit.
== == This is what keeps Earth in place. If there was no gravitational feilds, the Earth would crash into other planets, and space objects. It pushes the moon away from the Earth and the sun pushes the Earth away. Like repelling magnets. == == == == == == == ==
== == This is what keeps Earth in place. If there was no gravitational feilds, the Earth would crash into other planets, and space objects. It pushes the moon away from the Earth and the sun pushes the Earth away. Like repelling magnets. == == == == == == == ==
because if the earth did not turn around the sun we would never EVER have daytime, only nightfall.
Yes. That is why the Earth and other planets orbit around it, due to the Sun's gravitational pull. Yes, it does, but I'm not sure how much.