What is the force that keeps a planet moving in a circular orbit around its star?

The gravity of the Sun keeps the planets in their orbits. They stay in their orbits because there is no other force in the Solar System which can stop them.

What would be the path of the planets if suddenly there were no force acting on them?

If no force were acted on the planets, they would follow the path of straight line with no acceleration. As per the law of physics, the force is required to change the momentum or the path of a traveling object. They move in elliptical pattern because of the sun’s gravitational pull.

What force keeps the planets from being pulled into the star?

Gravity
Gravity is the force by which a planet or other body draws objects toward its center. The force of gravity keeps all of the planets in orbit around the sun.

Why do planets move in a circular motion?

In the everyday world, gravity is the force that makes objects fall downward. In astronomy, gravity is also the force that causes planets to move in near-circular orbits around stars.

In what direction is the force on the planet?

In what direction is the force on the planet? on opposite sides of the center of mass, traveling in opposite directions in space.

What kind of path would the planets follow?

What two forces hold the planets in orbit?

First, gravity is the force that pulls us to the surface of the Earth, keeps the planets in orbit around the Sun and causes the formation of planets, stars and galaxies. Second, electromagnetism is the force responsible for the way matter generates and responds to electricity and magnetism.

Why do planets have gravitational pull?

The Sun’s gravity pulls the planets in orbit around it, and some planets pull moons in orbit around them. Even spacecraft are in motion through the solar system, either in orbit around the Earth or Moon, or traveling to further worlds, because of gravitational forces.

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