Gravity and inertia
definetly Gravity and Inertia
Yes, it can. The higher the planet's mass, the more satellites it can attract at greater distances, and the more it can keep in orbit around it.
The two things that keep something in orbit around Earth are the object's velocity, which must be high enough to counteract gravity and maintain a stable path, and the gravitational pull of Earth, which pulls the object towards the planet's center. Both factors work together to keep the object moving in a circular or elliptical path around Earth.
None do. If the forces on a planet were balanced, then it would take off in a straight line at constant speed, not remain in orbit. The only force acting on a planet is the gravitational one, that attracts the planet toward the sun. Fortunately, that's the only force required to keep the planet in orbit.
The moons stay in orbit around Jupiter by the force of gravity.
The two factors that keep planets in orbit are gravity and the forward motion they gained during their formation. Gravity pulls the planet towards the sun, but the forward motion prevents the planet from falling into the sun, leading to a stable orbit.
because its on its axis
definetly Gravity and Inertia
the sun's gravity pulls the planets towards it but the other planet's gravity helps keep the planet not get sucked towards the sun. With gravity working this creates the planet to orbit the sun
Yes, it can. The higher the planet's mass, the more satellites it can attract at greater distances, and the more it can keep in orbit around it.
definetly Gravity and Inertia
Yes, it can. The higher the planet's mass, the more satellites it can attract at greater distances, and the more it can keep in orbit around it.
The two things that keep something in orbit around Earth are the object's velocity, which must be high enough to counteract gravity and maintain a stable path, and the gravitational pull of Earth, which pulls the object towards the planet's center. Both factors work together to keep the object moving in a circular or elliptical path around Earth.
A tangential velocity vector relative to the orbit itself, and acceleration towards the center of the planet due to gravity.
It is not gravity because there is no gravity in space, only some on certain planets, deffiantly on earth. It is done by the strength from other planets the sun for instance. Heat waves. Some of the gravity in space does help keep the planets and satellites in orbit.
The gravitational pull of the planet Saturn keep it's rings in orbit.
Gravity and inertia