Four wires of equal length and of resistance 5ohm each are connected in the form of a square. The equivalent resistance between the diagonally opposite corners of the square is

[" Four wires of equal length and of "],[" resistances "10" ohms each are "],[" connected in the form of a square."],[" The equivalent resistance between "],[" two opposite corners of the square is "]

Twelve wires, each of resistance 6Omega are connected to form a cube. The effective resistance between two diagonally opposite corners of the cube is

Four resistances of 100 Omega each are connected in the form of square. Then, the effective resistance along the diagonal points is

In the network shown, each resistance is equal to R . The equivalent resistance between diagonally opposite corners is

Three resistances 4Omega each of are connected in the form of an equilateral triangle. The effective resistance between two corners is

Eight resistances each of resistance 5 Omega are connected in the circuit as shown in figure. The equivalent resistance between A and B is

Five equal resistances each of value R are connected in a form shown alongside. The equivalent resistance of the network

Four resistances, each of 10 Omega , are connected to form a square as shown in (Fig. 3.52), find the equivalent resistance between the opposite corners A and C . .

Each wire shown in figure-3.321 is ofresistance R. The equivalent resistance between the diagonally opposite terminal point A andB is: