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Mass is the measure of the amount of matter in an object. Weight is the amount of gravity force exerted on an object. Two different things. Also, mass is measured on a balance. Weight is measured on a scale. Another thing is that your mass doesn't change when you go to different planets or stars, but your weight does.

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Since weight is the amount of gravity applied on an object, and all objects in space have different amounts of gravity. Then your weight is different on different planets and stars. Neutron stars have 200 billion times more gravity than earth, so you would way much more there. For example, let's say I weigh 120 on earth, then I would weigh 16800000000000 on a neutron star. And since Mercury has less gravity than Earth, I would only way 45.3 on Mercury.

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Why different planets have different gravitational pulls

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Why different planets have different gravitational pulls

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Since the space time continuum is like a net, and the more massive things are, the more they bend and dip the net, then the more they pull and attract other objects. Since all of the planets have different masses, then they all have different gravitational pulls.