Find effective resistance between A & C if each resistor is of 6Ω.

Potential difference between C and B /[\left( V_{C}-V_{B} \right)/] in the circuit is :

In the following circuit diagram, the current flowing through resistor of 1/4Ω is :

In the given circuit the current flowing through the resistance 20 ohms is 0.3 ampere while the ammeter reads 0.8 ampere. What is the value of R1?

Six resistors each of 10 W are connected as shown. The equivalent resistance between points X and Y is :

A and B are two points on a uniform ring of resistance R. The ∠ACB = θ, where C is the centre of the ring. The equivalent resistance between A and B is

The equivalent resistance of the network shown in the figure between the points A and B is :-

The effective resistance across the points A and I is :-

Twelve resistors each of resistance 1 Ω are connected in the circuit shown in the figure. Net resistance between points A and H would be :-

In the given network of resistors, each of resistance R ohm, the equivalent resistance between points A and B is :-