In the circuit diagram given alongside, find:
(i) total resistance of the circuit,
(ii) total current flowing in the circuit, and
(iii) the potential difference across `R_(1)`

(a) what is meant by series and parallel combination of resistances ? (b) in which case, series combination or parallel combination, the combined resistance is less than any of the individual resistances ? (c ) How should two resistance of 2 Omega each be connected so as to produce an equivalent resistance of 1 Omega ? In the circuit diagram given here , find: (i) total resistance of the circuit (ii) total current flowing in the circuit, and (iii) the potential difference across R_(1)

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) .

Find the total resistance in the circuit.

Total current flowing through the circuit:

ln the given circuit, calculate : (i) the total resistance of the circuit (ii) the current through the circuit, and (iii) the potential difference across R_(1) and R_(2)

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)

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)

Find the potential differnce across R_(2) in the circuit

Observe the given circuit: Calculate the total resistance in the circuit and the total current flowing in the circuit.

Observe the given circuit: Calculate the total resistance in the circuit and the total current flowing in the circuit.