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If $E$ = energy, $G$ = gravitational constant, $I$ = impulse and $M$ = mass then dimensions of $\frac{G I M^{2}}{E^{2}}$

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Correct option is A

GIM2E2=M-1 L3 T-2MLT-1M2ML2 T-22=[T]

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If E= energy, G= gravitational constant, I= impulse and M= mass then dimensions of GIM2E2

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If $E$ = energy, $G$ = gravitational constant, $I$ = impulse and $M$ = mass then dimensions of $\frac{G I M^{2}}{E^{2}}$