Mass does not change when one is traveling between planets, because mass is the measure of how much mater there is.
Your mass would be greatest on the planet Jupiter. Jupiter is the largest planet in our solar system with a strong gravitational pull, which would make your weight the heaviest there compared to other planets.
If you mean mass, then the answer would be no. Within our solar system, Jupiter has the greatest mass at 1899x1024kg, while Earth is the fourth most massive at 5.97x1024kg.
The most massive planet is Jupiter, 318 time the mass of the Earth.
It is not appropriate to talk about a planet's "weight". Rather, you talk about its "mass". In our Solar System, the planets with the greatest mass are (in this order): Jupiter, Saturn, Neptune, Uranus.
The force of gravity is proportional to the mass, and inversely proportional to the SQUARE of the distance between them. If we double the mass at the same distance, we double the force; if we double the distance, the force is cut to one-FOURTH. So twice the mass and twice the distance; the force will be (800*2)/2^2, or 400.
Your mass is the same regardless of where you are. Your weight would be greatest on Jupiter.
Your mass is the same regardless of where you are. Your weight would be greatest on Jupiter.
Your mass would be greatest on the planet Jupiter. Jupiter is the largest planet in our solar system with a strong gravitational pull, which would make your weight the heaviest there compared to other planets.
If you mean mass, then the answer would be no. Within our solar system, Jupiter has the greatest mass at 1899x1024kg, while Earth is the fourth most massive at 5.97x1024kg.
On whichever planet had the greatest mass.
The most massive planet is Jupiter, 318 time the mass of the Earth.
Jupiter has the greatest gravitational force because it also has the greatest mass.
That would depend on the planet's radius. The strength of gravity depends on both the mass of the object in question and the distance from its center of mass. If the planet in question had the same radius as Earth, then the person would weigh 200 lbs as gravity would be twice as strong. If the planet had the same density as Earth it would have 1.26 times Earth's radius and gravity would be 1.26 times as strong and the person would weigh 126 lbs. If the planet had about 1.41 times Earth's radius then that person's would weight 100 lbs.
It is not appropriate to talk about a planet's "weight". Rather, you talk about its "mass". In our Solar System, the planets with the greatest mass are (in this order): Jupiter, Saturn, Neptune, Uranus.
Saturn has the second greatest mass, so it also has the second greatest gravity.
No, the mass of a planet is not directly related to its surface area. Surface area is determined by the size and shape of the planet, not just its mass. For example, Earth has a smaller mass than Jupiter, but a larger surface area due to its size and composition.
Your mass would remain constant regardless of the planet you are on, as mass is a measure of the amount of matter in your body. However, your weight would change because weight depends on the gravitational force exerted on your mass, which varies from planet to planet. For instance, on a planet with stronger gravity, you would weigh more, while on a planet with weaker gravity, you would weigh less.