I believe your question is incomplete. You have forgotten to list the objects.
gravity and inertia combine to keep earth in orbit because the suns gravity keeps the earth in orbit and the inertia keeps the earth from going in a straight line.
The force that causes the Earth to orbit the Sun is gravity. Gravity is the attraction between two objects with mass, and in the case of the Earth and the Sun, this gravitational force keeps the Earth in its elliptical orbit around the Sun.
It holds the planets in place so that they dont float into space and also means that they orbit the sun. this creates the seasons due to tilt
Yes. Asteroids have some gravity, but it is very weak because of their low mass in comparison to an actual planet.
Yes, it is.
the suns gravity keeps the planets in orbit
The planets are kept in orbit by the Suns gravity.
Yeah
the gravititonal pull does; it is what keeps all the planet in the suns orbit xx
The Sun's gravity causes a planet to move in its orbit. The Sun's gravity provides a centripetal force. The effects of the Sun's gravity, combined with the planet's inertia (tendency to move in a straight line), results in a planet's elliptical orbit.
gravity and inertia combine to keep earth in orbit because the suns gravity keeps the earth in orbit and the inertia keeps the earth from going in a straight line.
The Sun's gravity causes a planet to orbit the Sun.
however in the hell that it does itIt keeps us in orbit of the sun.
No. Kepler proposed that some force kept the planets in orbit, but did not know or say what that force was. It was Isaac Newton who figured out that this force is gravity.
Find a way to defy gravity by creating negative energy, which is currently not possible with today's technology.
Everything is held together by the Suns gravity , so it stays in orbit.
Mercury does get affected by the sun's gravity, which keeps it in orbit around the sun. However, the speed at which Mercury orbits the sun, along with its distance from the sun, allows it to maintain a stable orbit rather than being pulled in completely.