Assertion : In series combination of electric bulbs the bulb of lower power emit more light than that of highest power bulb
Reason : The power power bulb in series gets more current of higest power bulb

Assertion : In lower combination of electric bulbs the bulb of lower power emit more light than that of highest power bulb Reason : The power power bulb in series gets more of higest power bulb

Assertion: In series combination of electric bulbs th ebulb of lower power emits more light than that of higher power bulb. Reason: The lower power bulb in series gets more current than the higher power bulb.

Assertion: In series combination of electric bulbs th ebulb of lower power emits more light than that of higher power bulb. Reason: The lower power bulb in series gets more current than the higher power bulb.

Assertion: In series combination of electric bulbs th ebulb of lower power emits more light than that of higher power bulb. Reason: The lower power bulb in series gets more current than the higher power bulb.

Assertion: In a series combination of electric bulbs, the bulb of 30 watts emits more light than that of lower bulbs. Reason: The 30W bulb in series gets more current than low power bulbs.

Power Rating Of Electric Bulb

If the current in an electric bulb drops by 1% the power decreases by

If the current in an electric bulb decreases by 0.5% then power in the bulb changes by

If the current in a electric bulb drops by 2% then the power decreases by