A wire of resistance `10(Omega)`is bent to form a complete circle.Find its resistance between two diametrically opposite points.

A wire of resistance 10Omega is bent to form a complete circle. Find its resistance between two diametrically opposite points.

A wire of resistance 20 Omega is bent to form a complete circle. The resistance between two diametrically opposite points A and B as shown in the figure, is

Choose correct alternative. A thin, uniform wire of resistance 40 Omega is bent to form a circle. The resistance between any two diametrically opposite points is A. 10 Omega B. 15 Omega C. 20 Omega D. None of the above

A wire of resistance 16Omega is bent in the form of a circle. What is the effective resistance between diametrically opposite points?

A metallic wire having a resistance of 20Omega is bent in order to form a complete circle. Calculate the resistance between any two diametrically opposite points on the circle.

A uniform wire os resistance 12 Omega is bent to form a circle. Effective resistance across two diametrically opposite points is

A uniform wire os resistance 12 Omega is bent to form a circle. Effective resistance across two diametrically opposite points is

A wire of resistance 12 Omega m^(-1) is bent to from a complete circle of radius 10 cm. The resistance between its two diametrically opposite points, A and B as shown in the figure, is