Two electric bulbs of `40` watt each are connected in series. The power consumed by the combination will be

Two electric lamps of 40 watt each are connected in parallel. The power consumed by the combination will be

Two bulbs which consume powers P_(1) " and P_(2) are connected in series. The power consumed by the combination is

Two electric lamps each of 100watt 220V are connected in series to a supply of 220Volt. The power consumed would be

Assertion : Two electric bulbs of 50 and 100 W are given. When connected in series 50 W bulb glows more but When connected parallel 100 W bulb glows more . Reason : In series combination, power is direclty proportional to the resistance of circuit. But in parallel combination, power is inversely proportional to the resistance of the circuit.

An electric bulb is rated 220 volt - 100 watt. The power consumed by it when operated on 110 volt will be

Two electric bulbs 40 W, 200 V and 100 W, 200 V are connected in series. Then the maximum voltage that can be applied across the combination, without fusing either bulb (in V) is

Two electric lamps of 40 W each are connected in parallel across the mains supply. Find the total power consumed by the two bulbs together.