The dimension of resistance is

Find the dimensions of resistance in terms of mass, length, time and current.

The dimensions of 'resistance' are same as those of . . . . . . . . . Where h is the Planck's constant e is the charge .

If mass, length, time and electric current is represented as M, L, T, I respectively, then dimension of resistance will be .....

Write the dimension of resistance.

Taking work, charge and frequency as the fundamental quantities, find the dimensions of resistance.

The dimensions of Resistance xx Capacitance are same as for

Find the dimensions of Resistance of a wire frac(dv)(dx^2) = velocity gradient