If the orbital velocity of a planet is given by `v = G^(a) M^(b) R^(c )` thenA. `a=1//3, b=1//3, c= -1//3`B. `a=1//2, b=1//2, c= -1//2`C. `a=1//2, b= -1//2, c= 1//2`D. `a=1//2, b= -1//2, c= -1//2`

If the orbital velocity of a planet is given by `v = G^(a) M^(b) R^(c

1.	If the orbital velocity of a planet is given by `v = G^(a) M^(b) R^(c )` thenA. `a=1//3, b=1//3, c= -1//3`B. `a=1//2, b=1//2, c= -1//2`C. `a=1//2, b= -1//2, c= 1//2`D. `a=1//2, b= -1//2, c= -1//2`
Answer» Correct Answer - B

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If the orbital velocity of a planet is given by `v = G^(a) M^(b) R^(c )` thenA. `a=1//3, b=1//3, c= -1//3`B. `a=1//2, b=1//2, c= -1//2`C. `a=1//2, b= -1//2, c= 1//2`D. `a=1//2, b= -1//2, c= -1//2`

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