There is an intense amount of gravitational energy at the centre of the solar system, this is what is holding the sun together and keeping the reactions between the hydrogen atom happening That same energy holds the planets in orbit, so its pretty strong =]
no. inertia and gravity hold them in their paths.
Yes. Asteroids have some gravity, but it is very weak because of their low mass in comparison to an actual planet.
In a sense. The planets all orbit the sun because it contains about 99.9% of the mass of the solar system. The sun wobbles somewhat due to the gravity of the planets, but does not move very far.
Gravity on Saturn helps to hold its atmosphere in place, creating its unique rings and influencing its weather patterns. The gravitational pull also affects Saturn's moons, influencing their orbits and interactions with the planet.
The gravity of the sun is more. The sun is the roughly the size of 946 Earths.
The sun
Gravity.
The pull of the Sun's gravity is needed to hold the Earth in orbit.
Yes. Without the sun's gravity the planets would move out into interstellar space in straight lines.
the sun holds the planets to getter by gravity and rotation
no. inertia and gravity hold them in their paths.
One way is that without gravity the earth and sun would fall apart because there is nothing else to hold them together.
The sun
The planets orbit the Sun because of the force of gravity that keeps them there. Without gravity they would all move in straight lines.
no, it's way too close to the sun to hold onto an atmosphere without the sun's gravity riping it apart, plus the solar winds are too strong for mercury to hold it's atmosphere.
Yes. Asteroids have some gravity, but it is very weak because of their low mass in comparison to an actual planet.
In a sense. The planets all orbit the sun because it contains about 99.9% of the mass of the solar system. The sun wobbles somewhat due to the gravity of the planets, but does not move very far.