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The mass will be the same on Jupiter and the Moon. The mass does not change.
If you weighed 42kg on Earth, you would weigh 99.2kg on Jupiter. EDIT: Actually, this is not correct, since kg is a unit of mass. Mass would be the same in both locations. 42kg would be 42kg. The multiplier for weight though, is about 2.35. If you had a mass of 42kg, you would *weigh* about 412 N. Your WEIGHT on Jupiter would then be about 967 N.
Exactly the same as on earth. Mass is the measure of the amount of matter something consists of, which wouldn't change. Your weight, however would be multiplied by 2.346
The mass stays the same, only the weight changes. Weight is a function of gravity so: W=mg where W=weight, m=mass and g=gravitational acceleration. An average giraffe weighs on Earth about 2,200lbs. On the Moon is would weigh about 365.2lbs, whereas on Jupiter is would weigh about 5200.8lbs.
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
3 Saturns could fit the same mass as Jupiter.
Your mass is the same regardless of where you are. Your weight would be greatest on Jupiter.
You mass is the same no matter where you are. You weight would be greatest on Jupiter.
Your mass is the same regardless of where you are. Your weight would be greatest on Jupiter.
No. Mass is the measure of how much matter is in an object, while weight is how that mass is influenced by gravity. For example, if you were to move an object from earth to Jupiter, its mass would remain the same, but its weight would increase because Jupiter is larger and would pull on it more.
The mass will be the same on Jupiter and the Moon. The mass does not change.
You would weigh about 2.3 times more on Jupiter than you would on earth, because of Jupiter's massive size. Your mass would remain the same though.
Your mass is always the same.
Jupiter moves more, because it has less mass. The force between Sun and Jupiter is the same in both directions; according to force = mass x acceleration, Jupiter will accelerate more from the same force, and therefore move more.Jupiter moves more, because it has less mass. The force between Sun and Jupiter is the same in both directions; according to force = mass x acceleration, Jupiter will accelerate more from the same force, and therefore move more.Jupiter moves more, because it has less mass. The force between Sun and Jupiter is the same in both directions; according to force = mass x acceleration, Jupiter will accelerate more from the same force, and therefore move more.Jupiter moves more, because it has less mass. The force between Sun and Jupiter is the same in both directions; according to force = mass x acceleration, Jupiter will accelerate more from the same force, and therefore move more.
Your mass would remain the same, because mass is constant no matter where you may be. However, your weight would shift depending on the gravity pull available.
If you weighed 42kg on Earth, you would weigh 99.2kg on Jupiter. EDIT: Actually, this is not correct, since kg is a unit of mass. Mass would be the same in both locations. 42kg would be 42kg. The multiplier for weight though, is about 2.35. If you had a mass of 42kg, you would *weigh* about 412 N. Your WEIGHT on Jupiter would then be about 967 N.
Exactly the same as on earth. Mass is the measure of the amount of matter something consists of, which wouldn't change. Your weight, however would be multiplied by 2.346