What force holds a planet in place?

Answer 1

Gravity keeps the sun and the planets in their places!

Answer 2

Gravity is the force that holds a planet in place within its orbit around a star, such as the sun. This gravitational force is proportional to the planet's mass and the mass of the star, keeping the planet in a stable path as it orbits around the star.

Answer 3

gravity Planets are never in one place, but they do follow predictable paths in near-circular paths around their suns. Gravitational force due to the sun keeps, say, the Earth in it's "place" in orbit around the sun.

And even without the revolving orbit, planets are usually rotating on an axis - and everything in the universe is expanding outward from the center of the universe - so everything is moving, really.

Answer 4

The force that prevents the sun and planets from spiralling away from each other is gravity, an attractive force between two objects. However, gravity itself is not enough; the celestial object must be moving at a speed fast enough so that it does not smash into the larger body.

Answer 5

The Sun's gravity keeps the planets in their orbits. Without gravity they would all move in their own straight lines, but the central force keeps them curving inwards towards the Sun continuously, while their sideways velocity stops them falling in completely.

Answer 6

The force that keeps the planets orbiting the Sun is called gravity. It is one of the four fundamental forces that govern the universe.

Answer 7

Gravity is the universal force that ensures planets stay in their respective orbits.

Answer 8

The Sun's gravitational force holds the planets in place. Any celestial body that comes inside the Solar System, will be sent into orbit around the Sun.

Answer 9

The gravity

Answer 10

gravity