`G_(1), G_(2), G_(3)` are the conductances of three conductors. What will be their equivalent conductance when they are connected, (i) in series (ii) in parallel.

sigma_(1), sigma_(2), sigma_(3) are the conductances of three conductors. What will be their equivalent conductance when they are connected, (i) in series (ii) in parallel.

G_1,G_2, G_3 are the conductances of three conductors. When they are joined in series, their equivalent conductance will be :

The conductance (G) is

Two inductors L_(1) and L_(2) are at a sufficient distance apart. Equivalent inductance when they are connected (i) in series (ii) in parallel are

What will be equivalent conductance when two 10Omega resistors are connected parallel in a circuit?

Derive an expression for the effective resistance when three resistors are connected in (i) series (ii) parallel.

What happens to equivalent conductance when solution is diluted?

Obtain an expression for equivalent resistance of three conductors when they are connected in series.

The conductance (G) is the reciprocal of