Applying the principle of mass-energy conservation, we find that using the same outer space units, the mass of the object is reduced to only 99 outer space kilograms when brought to Mercury location (since the Mercury kilogram is 1% lighter than the outer space kilogram).
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1% lighter than the outer space kilogram
that using the same outer space units, the mass of the object is reduced to only 99 outer space kilograms when brought to Mercury location (since the Mercury kilogram is 1% lighter than the outer space kilogram)
to only 99 outer space kilograms T:when brought to Mercury location (since the Mercury kilogram is 1% lighter than the outer space kilogram