A uniform wire of `16 Omega` resistance is made into the form of a square. Two opposite corners of square are connected by a wire of resistance `16 Omega`. The effective resistance between the other two opposite corners is

A uniform wire of 16 Omega resistance is made into the form of a square. Two opposite corners of the square are connected by a wire of resistance 16 Omega . The effective resistance between the other two opposite corners is

A uniform wire of 16 Omega is made into the form of a square. Two opposite corners of the square are connected by a wire of resistance 16Omega . The effective resistance between the other two opposite corners is

A uniform wire of 16 Omega is made into the form of a square. Two opposite corners of the square are connected by a wire of resistance 16Omega . The effective resistance between the other two opposite corners 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

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

Twelve equal wires each of resistance r Omega form a cube. The effective resistance between the corners of the same edge of the cube is

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

A uniform wire of resistance 18 Omega is bent in the form of a circle. The effective resistance across the points a and b is