In the ciruit the cells `E_1 and E_2` have emfs of 4V and 8V and internal resistance `0.5 Omega and 1.0 Omega,` respectively. Calculate the current through `6 Omega` resistance. ltBrgt

In the circuit diagram given in Fig. 4.31, the cells E_(1) " and " E_(2) have emf's 4 V and 8 V and internal resistances 0.5 Omega " and " 10 Omega respectively. Calculate the current in each resistance .

Two cells E_1 and E_2 have and emf of 5V and 9V and internal resistances of 0.3 Omega and 1.2 Omega respectively. Calculate the value of current following through the resistance of 3 Omega .

Two cells E_(1) and E_(2) in the circuit shown in figure, have emfs of 5 V and 9 V and internal resistance of 0.3 Omega and 1.2 Omega respestivley. Calculate the value of current flowing through the resistance of 3 Omega .

Two cells, E_(1) and E_(2) of emfs 4 V and 8 V having internal resistances 0.5 Omega and 1.0 Omega respectively are connected in opposition to each other. This combination is connected in opposition to with resistance of 4.5 Omega and 3.0 Omega . Another resistance of 6 Omega is connected in parallel across the 3 Omega resistor. (a) Draw the circuit diagram (b) Calculate the total current flowing through the circuit. (c ) Terminal potential difference acrss cell E_(1) and E_(2) .

Two cells, E_(1) and E_(2) of emfs 4 V and 8 V having internal resistances 0.5 Omega and 1.0 Omega respectively are connected in opposition to each other. This combination is connected in opposition to with resistance of 4.5 Omega and 3.0 Omega . Another resistance of 6 Omega is connected in parallel across the 3 Omega resistor. Draw the circuit diagram