If force= `(x)/( Area )`+ `y`, is dimensionally correct, the dimensions of `[xy]` are
(a)`[M^(2)L^(4)T^(-4)]`
(b)`[ML^(3)T^(-4)]`
(c)`[ML^(2)T^(-2)]`
(d)`[M^(0)L^(3)T^(-4)]`

Dimensions of epsilon_(0) are M^(-1)L^(-3)T^(4)A^(2) M^(0)L^(-3)T^(3)A^(3) M^(-1)L^(-3)T^(3)A M^(-1)L^(-3)TA^(2)

[ML^2 T^-2] are dimensions of

If E and G respectively denote energy and gravitational constant,then (E)/(G) has the dimensions of: (1) [M^(2)][L^(-2)][T^(-1)] (2) [M^(2)][L^(-1)][T^(0)] (3) [M][L^(-1)][T^(0)] (4) [M][L^(0)][T^(0)]

[L^(-1)M^(1)T^(-2)] are the dimensions of

ML^(3) T^(-1) Q^(-2) is dimension of

The physical quanitity the dimensions [M^(-2)L^(-3)T^(0)A^(2)] is

[M^1 L^2 T^(-2)] is dimensional formula of

Dimension of sqrt((in_(0))/(mu_(0))) are (A) [M L^(2) T^(-3) A^(-2)] (B) [M^(-1) L^(-2) T^(3) A^(2)] (C) [M^(2)L^(2)T^(-3) A^(2)] (D) [M^(-1) L^(2) T^(3) A^(2)]

Name the quantites represented by the dimensional formula [M^1 L^2 T^(-1)] , [M^1 L^2 T^(-2)][M^1 L^(-3) T^0].

The dimensional formula M^(0)L^(2)T^(-2) stands for