Calculate the total resistance of the circuit and find the total current in the circuit.

If in Fig. 12.12, R_(1)=10Omega, R_(2)=40Omega, R_(3)=30Omega, R_(5)=60Omega, and a 12 V battery is connected to the arrangemtn. Calculate (a) the total resistance in the circuit, and (b) the total current flowing in the circuit.

In the circuit diagram given below five resistances of 10 Omega, 40 Omega, 30 Omega, 20 Omega and 60 Omega are connected as shown to a 12 V battery. Calculate: (a) total resistance in the circuit (b) total current flowing in the circuit.

An electric lamp whose resistance is 8 Omega and a conductor of 2 Omega resistance are connected in series to a 5 volt battery . Calculate( a) the total resistance of the circuit (b) the current through the circuit (c) the potential difference across the electric lamp and the conductor?

An electric lamp, whose resistance is 20 Omega and a conductor of 4 Omega resistance are connected to a 6 V battery as shown in (Fig. 3.18) Calculate. (a) the total resistance of the circuit, (b) the current through the circuit, and ( c) the potential difference across the electric lamp and the conductor. .

In the given circuit, calculate - (a) the total resistance of the circuit, (b) the current through the circuit, and (c) the potential differences across R_(1) and R_(2)

A 24 volt battery is connected to the arrangement of resistances shown in (Fig.) Calculate (i) the total effective resistance of the circuit, (ii) the total current flowing in the circuit. .

Calculate the value of the resistance R in the circuit in the so that the current in the circuit is 0.2A . What would be the potential difference between points A and B ?

The circuit diagram given below shows the combination of three resistors R_(1),R_(2) and R_(3) : Find: (i) total resistance of the circuit. (ii) total current flowing in the circuit. (iii) the potential difference across R_(1) .