heya beautiful people answer my question the ratio of inertial mass to gravitational mass is equal to
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hey mate...
your answer will be 1
because.. Inertial mass measures the resistance to the acceleration of the object ( F = ma) . but the gravitational mass shows the ability of the body to attracts other masses , for earth its the weight ( w =mg) . Einstein in his theory of general relativity , uses the equivalence principle, which assume that the two masses are equal . so the ratio is one ..
your answer will be 1
because.. Inertial mass measures the resistance to the acceleration of the object ( F = ma) . but the gravitational mass shows the ability of the body to attracts other masses , for earth its the weight ( w =mg) . Einstein in his theory of general relativity , uses the equivalence principle, which assume that the two masses are equal . so the ratio is one ..
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ratio of internal mass & gravity. mass inversely proportional to gravitational Maxx because it's variable .Hence correct answer = m/mg =1/g
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