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Mass does since it is the amount of matter in an object and it is the same everywhere. Weight is the amount of gravity force on the object, so it changes on a different planet.

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Q: What stays the same everywhere mass or weight?
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Related questions

Does an object weight the same everywhere in the universe?

No. It is the mass that stays the same everywhere in the universe.


Would mass increae on the moon?

Mass stays the same everywhere, it is the weight that changes because of the gravity force


Everywhere in the universe this characteristic of an object stays the same?

The mass of an object remains the same everywhere in the universe.


What changes with location mass or weight?

weight.. Mass always stays the same


Which one stays the same on the moon mass or weight?

Mass


Does an objects weight stay the same everywhere?

No. It's mass stays the same everywhere, but the weight of that mass depends on the force ofgravity between the object and any other objects that happen to be nearby.For example, consider a car with a mass of 1,000 kilograms.If the car is on the earth, its weight is about 9,800 Newtons, which is the same as about 2,200 pounds.If the car is on the moon, its weight is about 1,630 Newtons, which is the same as about 365 pounds.If the car is on the International Space Station, its weight is zero.


Where is the weight greater on earthor the moon How about your mass?

1/6 of weight mass stays the same


Does your mass change on the planets?

Your mass stays the same no matter where you are. Your weight will change.


Does your weight stay the same no matter where you go like the moon?

no, your weight changes. your mass stays the same


What is your own mass on the moon and on the earth?

Your mass stays the same; It's your weight that changes.


As an object gets farther for earth its mass?

the weight decreases and mass stays the same


Between mass and weight which is dependent on the other?

The weight is dependent on the mass. Mass is the same everywhere but since weight is mass * acceleration due to gravity, weight is the dependent variable.