If the dimensions of `B^(2)l^(2)C` are `[M^(a)L^(b)T^(c)]`, then the value of `a+b+c` is
[Here `B,l` and `C` represent the magnitude of magnetic field, length and capacitance respectively]

If the dimension of a physical quantity (EB)/(mu) is M^(a)L^(b)T^(c) . Find the value of ((b-c)/a) . Here Eimplies magnitude of electric field Bimplies Magnitude of magnetic field muimplies Permeability of medium

If the dimension of a physical quantity (EB)/(mu) is M^(a)L^(b)T^(c) . Find the value of ((b-c)/a) . Here Eimplies magnitude of electric field Bimplies Magnitude of magnetic field muimplies Permeability of medium

Dimension of a physical quantity is M^(a)L^(b)T^(c) , then it is ......

The dimension of magnetic field in M,L,T and C (coulomb) is given as

The dimension of magnetic field in M,L,T and C (coulomb) is given as

The dimension of magnetic field in M, L, T and C (coulomb) is given as

The dimensions of magnetic field intensity in M,L,T and c(coulomb) is given as

The dimension of magnetic field in M, L, T and C (Colulomb) is given as

The dimension of magnetic field in M, L, T and C (Coulomb) is given as :