In the figure, the value of resistors to be connected between C and D so that the resistance of the entire circuit between A and B does not change with the number of elementary sets used is

In the figure, the value of resistors to be connected between C and D so that the resistance of the entire circuit between A and B does not change with the number of elementary set used is

In the figure, the value of resistors to be connected between C and D so that the resistance of the entire circuit between A and B does not change with the number of elemertnry set used is

In the circuit shown, the resistance of each of resistor is R=100Omega . Find the nearest integer, which is to be connected points C and D so that the resistance of entire ciruit between A and B does not depend on the number of elementary cells.

The resistance of the following circuit figure between A and B is

The resistance of the following circuit figure between A and B is

The resistance of the following circuit figure between A and B is

In the circuit shown here, what is the value of the unknown resistor R so that the total resistance of the circuit between points P and Q is also equal to R

In the circuit shown here, what is the value of the unknown resistor R so that the total resistance of the circuit between points P and Q is also equal to R

In the circuit shown here, what is the value of the unknown resistor R so that the total resistance of the circuit between points P and Q is also equal to R

12 resistors each of 10Omega are connected as shown in the figure. The effective resistance between A and B is