In the circuit shown in figure-3.159 cells E,F,G and H are of EMF 2V, 1V,3V and 1V respevitly and their internal resitance are `2Omega,1Omega,3Omega` and `1Omega` respectively Calculate
(a) The potential difference between points B and D
(d) The potential difference across the terminals of the cell G and H.

In the circuit shown E, F, G and H are cells of emf 2V, 1V, 3V and 1V respectively and their internal resistance are 2Omega, 1Omega, 3Omega and 1Omega respectively.

In the circuit shown in figure E,F, G and H are cell of emf 2,1,3, and 1 V respectively. The resistances 2,1,3 and 1(Omega)are their respective internal resistance .Calculate (a)the potential difference between B and D and (b) the potential differences across the terminals of each of each of the cells G and H.

In the circuit shown in E, F, G, and H are cells of emf 2,1,3 and 1 V, respectively. The resistances 2Omega, 1Omega, 3Omega and 1Omega are their respectivle internal resistances. i. Find the potential difference between B and D. (ii) Calculate the potential differences across the terminals of each of the cells G and H.

In the circuit shown in figure. The cells E,F,G and H have e.m.f's 2,1,3 and 1 V and internal resistance 2,1,3 and 1Omega respectively. Find the potential differences between points B and D, and across the terminals of the cells G and H.

A circuit consists of three bateries of emf E_(1) = 1V, E_(2)=2V and E_(3)=3V and internal resistance 1Omega, 2Omega and 1Omega respectively which are connected in parallel as shown in figure. The potential difference between points P and Q is

In the circuit E,F,G,H are cell of emf 2,1,3 and 1 Omega respectively .The potential difference across the terminal of each of the cell G and H are

Two non-ideal batteries have e.m.f 2V and 8V respectively and internal resistance 1 Omega and 2 Omega respectively as shown in the figure. If the potential difference between a and b is zero then the resistance R has a value