If resistance of the filament increases with temperature, what will be power dissipated in a `220 V - 100 W` lamp when connected to `110 V` power supply

The resistance of the filament of a lamp increases with the increase in temperature. A lamp rated 100 W and 220 V is connected across 220 V power supply. If the voltage drops by 10% , then the power of the lamp will be

The resistance of the filament of a lamp increases with the increase in temperature. A lamp rated 100 W and 220 V is connected across 220 V power supply. If the voltage drops by 10% , then the power of the lamp will be

Power consumed in a bulb of 1000W and 220V when connected to 110 V mains = .........

The resistance of the filament of a 110 W, 220 V electric bulb is ,

When a 40 W, 220 V lamp and 100 W, 220 V lamp are connected in series across 440 V supply

An electric bulb is rated 220 V and 100 W. when it is operated on 110 V, the power consumed will be

(a) A 220V-100W bulb is connected to 110V source. Calculate the power consumed by the blub. (b) Calculate the following for a 100W - 200V bulb (i) Resistance of the filament of bulb (ii) Current through bulb when it is connected to 200V line (iii) Power consumed when bulb is connected to 100V line (c) An electric bulb rated 100W -200V is used in a circuit having 400V supply. what resistance R must be put in series with bulb so that bulb delivers 100W ? (d) Repeat the previous problem, if bulb delivers 25W . (e) Two bulbs, 50W-220V, 100W-200V are connected in series across a 220V supply. find the power consumed by each bulb.