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I think what you would do is use newton's law of gravity and find the force of gravity on that planet. then just multiply the force of gravity with the mass because weight is mass(gravity).

hope that helped :)

The extra mass an merchandise has, the extra gravity it has. As you progression faraway from earth your weight is going down, yet your mass would not substitute appropriate? weight is a level of ways the mass of a huge merchandise is be conscious a tension (gravity) on a smaller merchandise (you to that end), despite in case you via distinctive function of having mass our be conscious a graviational tension lower back on the earth despite if this is negligable to place it mildly. Radius would not result gravity as plenty because of the fact the density of the components that make up its mass. 2 planets of the comparable volume have the comparable radius, however the project of one planet is 5 circumstances extra dense, and hence has extra mass and hence extra gravity. if your status in the international with extra mass you weigh extra, regarless if the radius is extra suitable or not. Disclaimer: i'm not a physicist, I as quickly as took the path in college, yet I make no declare that the above is strictly ultimate, in simple terms the way I endure in recommendations it.

If the object's mass is 30kg in the context of the planet described, wouldn't it's weight (W) be equal to 30kg? On the other hand if we are using and earth weight of 30kg and considering this in another planetary context, then the mass of the planet in relation to the earth mass of the object would have to be adjusted. For example, something that tips the scale at 30kg on earth does not measure the same on our moon. It would be "lighter." I think that Socrates would have more than a couple of questions in pursuing an answer to this.