If `g_(e)` is acceleration due to gravity on earth and `g_(m)` is acceleration due to gravity on moon, thenA. `g_(e)=g_(m)`B. `g_e lt g_(m)`C. `g_(e)=(1)/(6)g_(e)`D. `g_(m)=(1)/(6)g_(e)`

If `g_(e)` is acceleration due to gravity on earth and `g_(m)` is acce

1.	If `g_(e)` is acceleration due to gravity on earth and `g_(m)` is acceleration due to gravity on moon, thenA. `g_(e)=g_(m)`B. `g_e lt g_(m)`C. `g_(e)=(1)/(6)g_(e)`D. `g_(m)=(1)/(6)g_(e)`
Answer» Correct Answer - D From the knowledge of theory, `g_(m)=(1)/(6)g_(e)`

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If `g_(e)` is acceleration due to gravity on earth and `g_(m)` is acceleration due to gravity on moon, thenA. `g_(e)=g_(m)`B. `g_e lt g_(m)`C. `g_(e)=(1)/(6)g_(e)`D. `g_(m)=(1)/(6)g_(e)`

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