Both it's mass and the force of gravity acting on it
Gravity, as much as we understand it, is an innate property of matter. No matter - no gravity. So the local force of gravity is due to the local mass of matter.
Calories. It takes 3,500 calories to gain a pound and just as much to lose.
Weight is determined by the object's mass and the force of gravity acting upon the object.
Gravity. Mass is totally different and won't be affected by a planet's gravity.
It is a measure of the amount of matter in the object.
Calories consumed and calories used.
A planet's weight does not determine whether it can float in water. It's density is what determines that. Your question should be "Which planet's density is so small that it could float in water?"
The orbit determines the path of a planet around the sun. The closer a planetâ??s orbit is to the Sun, the more rapid is the planetâ??s motion.
The definition of a planet has a wide range of different types of bodies. A planet in this solar system will refer to a body that orbits the sun.
The number of moons a planet has is a natural phenomena that cannot be explained. The moons are there because a significant amount of debris is caught in the planet's gravitational field.
Its mass. More mass=more gravity Also the distance from the planet's center to its surface, i.e. its radius.
Usually, its mass determines its weight.
There are only 3 variables. Your mass, the mass of the planet or moon that you are on, and the diameter of that planet or moon. You can then mathematically determine your weight in accordance with Newton's Law of Universal Gravitation.
A planet's weight does not determine whether it can float in water. It's density is what determines that. Your question should be "Which planet's density is so small that it could float in water?"
Weight on different planets is affected by both size and composition. The size of a planet determines its gravitational pull, so your weight on a smaller planet would be less than on a larger one. The composition of a planet also plays a role, as denser planets have a stronger gravitational force, resulting in higher weight. For example, you would weigh less on a smaller, less dense planet like Mars compared to the larger, more dense Earth.
There is no maximum weight that a planet can get to. A planet's weight depends on its mass and the gravity it has.
blue paper
The weight of an object on the surface of a planet depends on ...-- The mass of the object.-- The mass of the planet.-- The distance between the center of the object and the centerof the planet, i.e. the planet's radius.
The time it takes for any given planet to make one complete revolution around its sun determines the length of its year.
The weight and density of a persons bone structure determines the body frame.
Its carret, it determines the weight of the jewel just as in kg.
Distance from the sun during rotation.
one rotation of its sun