If `E` = energy , `G`= gravitational constant, `I`=impulse and `M`=mass, then dimensions of `(GIM^(2))/(E^(2)` are same as that ofA. timeB. massC. lengthD. force

If `E` = energy , `G`= gravitational constant, `I`=impulse and `M`=mas

1.	If `E` = energy , `G`= gravitational constant, `I`=impulse and `M`=mass, then dimensions of `(GIM^(2))/(E^(2)` are same as that ofA. timeB. massC. lengthD. force
Answer» Correct Answer - A `(GIM^(2))/(E^(2))=([M^(-1)L^(3)T^(-2)][MLT^(-1)][M^(2)])/([ML^(2)T^(-2)]^(2))` `[M^(0)L^(0)T]`

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If `E` = energy , `G`= gravitational constant, `I`=impulse and `M`=mass, then dimensions of `(GIM^(2))/(E^(2)` are same as that ofA. timeB. massC. lengthD. force

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