(a) less than 10 (C) more than 1 but less than 32 (d) 3.2 36. In the circuit shown in figure, the total resistance between points A and B is Ro. The value os resistance Ris R W w (a) R (b) V3 R

In the circuit shown in figure the total resistance between points A and B is R_0 . The value of resistance R is

In the circuit shown in figure the total resistance between points A and B is R_0 . The value of resistance R is

In the circuit shown in figure R=55 Omega the equivalent resistance between the point P and Q is

In the circuit shown in figure R=55 Omega the equivalent resistance between the point P and Q is

Each resistance of the circuit shown in figure is r. The equivalent resistance between A and B is

Each resistance of the circuit shown in figure is r. The equivalent resistance between A and B is

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

If each of the resistances in the network shown in figure is R, what is the resistance between terminals A and B ? (given R = 4 Omega )

At what value of the resistance in the circuit shown in the figure will the total resistance between points A and B be independent of the number of cells? If R = (sqrt(3)+1)Omega , then the value of x will be "…….." Q.