A uniform metallic wire has a resistance of 18 `Omega` and is bent into an equiolateral triangle. Then, the resistance between any two vertices of the triangle is :

A uniform metallic wire has a resistance of 36 Omega and is bent into an equilateral triangle. Then, the resistance between any two vertices of the triangle is_____ Omega

A wire has a resistance of 12 ohm . It is bent in the form of equilateral triangle. The effective resistance between any two corners of the triangle is

A wire has a resistance of 12 ohm . It is bent in the form of equilateral triangle. The effective resistance between any two corners of the triangle is

A wire of resistance 18 ohm is bent to form an equilateral triangle. The resistance across any two vertices of the triangle is (in ohm)

A uniform wire of resistance 9Omega is bent to form an equilateral triangle. What is the effective resistance between any two corners of the triangle.

A wire has resistance 12 ohms. If it is bent in the form of a equilateral triangle. The resistance between any two terminals in ohms is:

A wire has resistance of 24 Omega is bent in the following shape. The effective resistance between A and B is

A wire has resistance of 24 Omega is bent in the following shape. The effective resistance between A and B is

A wire has resistance of 24 Omega is bent in the following shape. The effective resistance between A and B is