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The Sun's gravity holds the solar system together.

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What is the motion of a body along a path around some point in space?

The motion of a body along a path around some point in space is called circular motion. This type of motion involves the body moving in a circular path with a constant speed. The centripetal force acts towards the center of the circle, keeping the body in its circular path.


What force holds Jupiter in orbit around the sun?

Gravitational force is what holds Jupiter in orbit around the sun. The sun's immense gravitational pull towards its center keeps Jupiter moving in its elliptical path around it. This gravitational force is what maintains the balance between the centripetal force pulling Jupiter towards the sun and its own inertia pushing it away.


What force keeps a comit in orbit?

The force that keeps a comet in orbit around a larger celestial body, like the sun, is gravity. The gravitational pull between the comet and the larger body keeps the comet moving in a curved path around it.


What is the source of the centripetal force that keeps Earth in orbit around the Sun?

The centripetal force that keeps Earth in orbit around the Sun is caused by the gravitational attraction between Earth and the Sun. This force pulls Earth towards the Sun and prevents it from moving in a straight line, instead forcing it to travel in a curved path around the Sun.


What keeps the moon traveling in a curved path around the earth?

Model Answer: The Moon would move in a straight line, except the Earth's gravity exerts a centripetal force (toward the center of the Earth) on the Moon. Because this force is in balance with the linear path of the Moon, the net result is near circular orbit around the Earth. Explanation: This is a top score answer. The answer explains that the gravitational pull from the Earth keeps the Moon in orbit. It also explains why this orbit is circular, explaining that the net forces are nearly equal.

Related Questions

What is a force that most affects the path of a planet around the Sun?

A force that most affects the path of a planet around the Sun is gravity.


How gravity affects the path of the arrow of the arrow after it has been released?

Gravity affects the path of the arrow by pulling it downward, causing it to follow a parabolic trajectory. The arrow will be subject to the force of gravity from the moment it leaves the bow, leading to an arced flight path towards the ground.


When you throw a ball up into the air on a windy day the motion of your arm is a force that affects the flight path of the ball What other forces affects the path of the ball?

Some forcess that affect the path of the ball is gravity which pushes the ball down to earth and wind could effect the path by blowing the ball a certain direction.


Which force determines Earth path around the sun?

Gravitational force.


CENTRIPETAL?

A force that acts on a body moving in a circular path and is directed around the object which the body is moving


What keeps the planets on their path?

The gravity of there star keeps them on path and a planets moon is sun around by its planets gravitational force


What is centriptal force?

Is a force that acts on a body moving in a circular path and is directed toward the center around which the body is moving.


How water affects the path of light?

how does water affect light path


How does friction effect archery?

Hi. There is no friction in archery because there is no warmth like rubbing you hands together. FORCE=muXN


What is moving in a circular path around a central point called?

An object moving in a circular path around a central point is called an orbit. This type of motion is governed by the centripetal force that keeps the object in its circular path.


What force is most responsible for the pathe of an object during projectile motion?

gravity


What force is most responsible for the path odf an object during projectile motion?

The force of gravity is most responsible for the path of an object during projectile motion. It causes the object to follow a curved trajectory as it is pulled towards the center of the Earth.