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Gravitational pull is directly related to the mass of an object. Therefore planets with more mass will have a stronger gravitational pull then planets with less mass. (for example Earth has a stronger gravitational pull than Mercury.)
Edit : Yes, but also :
1) The "pull" is greater for things with greater mass so
the gravitational "pull" of a planet is often given in
Newtons (a unit of force) per kilogram (of the thing
being pulled).
2) The force of gravity decreases with distance, so it
depends where you measure it. It's normal to give
the value at the surface of the planet.
What else can I help you with?
The atmosphere of the gas giant planets cannot escape into space because?
the gas giant planets have strong gravitational pulls that hold on to their thick atmospheres. Additionally, the high escape velocity prevents the gases from escaping into space. The cold temperatures of these planets also help in maintaining the integrity of their atmospheres.
What are the planets gravitational pull in Newtons?
No object has a pull in Newtons, or in pounds either, and I can prove it . . .My dog and I are both standing outside, on the earth.The force between the earth and me is 822 newtons (185 pounds).The force between the earth and my dog is 400 newtons (90 pounds).The force between the earth and that object he just deposited in our neighbor's yard is at least 8.9 newtons (2 pounds).Obviously, the earth pulls different objects with different forces.(And each object pulls the earth right back with the same force.)The force between the planet and the object depends on BOTH masses,AND the distance between their centers.
How do the planets move in the solar system?
The planets in our solar system move in elliptical orbits around the Sun due to the gravitational pull of the Sun. Each planet travels at a different speed depending on its distance from the Sun, with closer planets moving faster than those farther away. Additionally, the planets rotate on their axes as they orbit the Sun, creating day and night cycles.
What keeps the planets and other objects in the solar system in orbit around the sun?
The gravitational force between the sun and the planets keeps them in orbit. This force acts as a centripetal force that continually pulls the planets towards the sun, keeping them in a stable orbit. The balance between the planet's velocity and the gravitational force determines the shape and size of their orbits.
Why do we weight different amounts on other planets?
Weight (as opposed to mass) is the result of being pulled down by Earth. Different planets have different mass of their own so that each one pulls with a different force. Your mass will not change on different planets because mass is a measure of the amount of material present.
What planets have high gravitational pulls?
Gravity is determined by mass. Everything with mass has gravitational pull (including you). Planets with more mass have higher gravitational pulls
Do other planets have gravitational acceleration?
Yes. They all do - any mass, especially large masses like planets, have a gravitational acceleration that pulls things towards them!
What did newton call the force that pulls all the planets towards the sun?
Gravitational Pull?
The atmosphere of the gas giant planets cannot escape into space because?
the gas giant planets have strong gravitational pulls that hold on to their thick atmospheres. Additionally, the high escape velocity prevents the gases from escaping into space. The cold temperatures of these planets also help in maintaining the integrity of their atmospheres.
What type of force keeps the sun and planets in there places?
the suns gravitational pull pulls them toward it but the planets try to escape its gravity
What effect does the gravitational pulls have on the planets?
Gravitational pull gives planets their spheroidal shape (balanced by the outward push of matter, causing hydrostatic equilibrium) and also dictates their orbits, for example, their orbit around the Sun.
What are the planets gravitational pull in Newtons?
No object has a pull in Newtons, or in pounds either, and I can prove it . . .My dog and I are both standing outside, on the earth.The force between the earth and me is 822 newtons (185 pounds).The force between the earth and my dog is 400 newtons (90 pounds).The force between the earth and that object he just deposited in our neighbor's yard is at least 8.9 newtons (2 pounds).Obviously, the earth pulls different objects with different forces.(And each object pulls the earth right back with the same force.)The force between the planet and the object depends on BOTH masses,AND the distance between their centers.
Why do all the planets revolve around the sun?
Planets revolve around the Sun due to gravitational force, which is strongest at the center of mass of a system. The Sun's immense gravity pulls the planets towards it, causing them to orbit around it in elliptical paths. This balance of gravitational forces keeps the planets in their orbits.
What pulls the planets to the sun?
The sun's gravity pulls the planets.
Is it true that- gravity holds planets in orbit because planets are attracted to each other's gravitational force?
No, gravity holds planets in orbit around the sun because the sun's gravity pulls on them. This gravitational force between the sun and planets keeps them in their respective orbits. The force between planets themselves is much smaller and mainly affects their interactions with each other rather than their orbits around the sun.
Why do the planets all stay orbit around the sun and not drift on in an empty space?
Its because the gravitational field of the sun pulls the planets towards the sun and balances the intertia of the planets which make them want to move in a straight line.
Why can a soda weigh different on different planets?
soda weighs differently on different planets because the planets gravitational pull makes the mass of the soda and the weight change because of pressure and different gravitational pull they could also make the soda explode because o fpressure and carbonation
