Two homogeneous bodies of the same material, suspended from the ends of different-arm scales, balance each other in a vacuum

Two homogeneous bodies of the same material, suspended from the ends of different-arm scales, balance each other in a vacuum. Will there be balance in the air? Will the answer change if these bodies are made of materials with different densities?

If the scales are of different shoulders, and the bodies are made of the same material, then balance means that the bodies have different masses and different volumes. Consequently, in the air on a body of greater volume and, consequently, greater mass, a large Archimedes’ mila will act. In this case, a body of less mass will outweigh. If the densities of the bodies are different, then if the dimensions of the bodies are the same, the equilibrium will not be disturbed.

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