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Ah, yes I see. Most people would say they hit the ground at the same time because on earth every object falls at 9.81 meters per second squared, but with air resistance the object with the most mass has the highest terminal velocity.
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Ah, yes I see. Most people would say they hit the ground at the same time because on earth every object falls at 9.81 meters per second squared, but with air resistance the object with the most mass has the highest terminal velocity.
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F=GMm/(R^2)=ma a=GM/(R^2) The acceleration only depends on the mass of the earth. They hit the ground at the same time (in the absence of friction)