Would a balance on the moon still read masses correctly?

Would a balance on the moon still read masses correctly?
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Which of the following options correctly explains the term heat budget? (1) It is a mode of transfer of heat through matter by molecular activity. (2) It is the balance between incoming and outgoing radiation (3) It is the radiation from the earth in the form of long waves. (4) It is the amount of heat which the surface of earth receives from the sun.

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If you were to take a radio to the moon would correctly describe the changes to its mass and weight?

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Do gases with high molar masses travel through small openings faster than gases with low molar masses?

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If you write long masses of text, would you consider some breaks for the achy-eyed here?

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Let the only force acting on two bodies be their mutual interactions. If both bodies start from rest, the distances travelled by each will be a a.proportional to the respective masses of the bodies b.107 dynes c.inversely proportional to the respective masses of the bodies d.directly proportional to the square of the respective masses of the bodies e.inversely proportional to the square of the respective masses of the bodies

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