In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance
Ratio of current through R, 6R and 3R will be

In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance In the circuit shown in figure

In series, potential difference distributes in direct ratio of resistance and in parallel current is distributed in inverse ratio of resistance In the circuit shown in figure

In fig the current through resistance (R) is

How are the potential difference (V), current (I) and resistance (R) related ?

Assertion If two inductors are in paralled, then current in distributes in inverse ratio of their inductance. Reason In parallel, potential difference remains constant.

Assertion If two inductors are in paralled, then current in distributes in inverse ratio of their inductance. Reason In parallel, potential difference remains constant.

n identical calls, each of internal resistance (r) are first connected in parallel and then connected in series across a resistance (R). If the current through R is the same in both cases, then

n number of cells e.m.f of each is E and internal resistance is r connected in parallel or series combination and are connect to external resistance R.Same current flows through R in both cases. Then—

Choose the correct alternati e and write it along its allotted alphabet: When resistors are connected in paralleL, the current divides in the ……… A. direct ratio of resistances B. inverse ratio of resistances C. inverse ratio of the potential differences D. none of these