Two bulbs, one of 50 watt and another of 25 watt are connected in series to the mains. The ratio of the currents through them is

Two bulbs,one of 50 watts and another of 25 watts , are connected in series to the mains. The ratio of the current througth them is

Two bulbs, one of 100W and another of 50 W are connected in series to the mains. The ratio of currents through them is

Two bulbs of 100 W and 40 W are connected in series. The current through the 100 W bulb is 1 A. the current through the 40 W bulb will be:

Two bulbs of 100 W and 40 W are connected in series. The current through the 100 W bulb is 1 A. The current through the 40 W bulb will be:

Two bulbs one of 200 volts, 60 watts & the other of 200 volts, 100 watts are connected in series to a 200 volts supply. The power consumed will be

Two bulbs one of 200 volts , 60 watts & the other of 200 volts , 100 watts are connected in series to a 200 volt supply . The power consumed will be Assume the light bulbs are rated for single connection to 120 V. With the mistaken connection , the power dissipated by each bulb is

Two electric bulbs, one of 200 volt 40 watt and the other 200 volt 100 watt are connected in a house wiring circuit

Two lamps A rated 100 watt 220 V and B rated 60 watt 220 V are connected in series to electric main supply of 220 V. the ratio of heat produced in lamp A to the lamp B would be

Three bulbs of 40, 60 and 100 watt are connected in series with the source of 200 volt. Then which of the bulb will be glowing the most –