When two electric bulbs of 40W and 60W are connected in parallel, then the:

If three bulbs 60 W , 100 W and 200 W are connected in parallel, then

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.

Two electric bulbs of 50 W and 100 W are connected with mains in series then which bulb will glow brighter ?

There are two electric bulbs of 40 W and 100 W . Which one will be brighter when first connected in series and then in parallel ?

There are two electric bulbs of 40 W and 100 W . Which one will be brighter when first connected in series and then in parallel,

There are two electric bulbs of 40 W and 100 W . Which one will be brighter when first connected in series and then in parallel ?

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.

Assertion: Two electric bulbs of 50 and 100W. Are given. When connected in sereis 50W bulb glows more but when connected parallel 100 W bulb glows more. Reason : In series combination, power is directly proportional to the resistance of circuit. but in parallel comb ination, power is inversely proportional to the resistance of the circuit.

Assertion: Two electric bulbs of 50 and 100W. Are given. When connected in sereis 50W bulb glows more but when connected parallel 100 W bulb glows more. Reason : In series combination, power is directly proportional to the resistance of circuit. but in parallel comb ination, power is inversely proportional to the resistance of the circuit.

Assertion: Two electric bulbs of 50 and 100W. Are given. When connected in sereis 50W bulb glows more but when connected parallel 100 W bulb glows more. Reason : In series combination, power is directly proportional to the resistance of circuit. but in parallel comb ination, power is inversely proportional to the resistance of the circuit.