Four bulbs of 25 W, 40 W , 60 W are 100 W are connected in series and their combination is connected across a main power supply. Match the following List-I with the potential difference across each bulb in List-II

Three bulbs of 40 W , 60 W and 100 W are connected in series with a 240 V source.

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

If two bulbs of 25 W and 100 W rated at 200 volts are connected in series across a 440 volts supply, then

Two bulbs are marked 200 V, 300 W and 200 V, 600 W , respectively. The bulbs are connected in series and the combination is connected to a 200 V supply . (a) Which bulb will produce more illumination ? (b) Find the total power consumed by both the bulbs. (c ) Find the total power consumed if both the bulbs were connected in parallel.

60W-220V and 100W-220V bulbs are connected in series to 220V mains. The power consumption is more in the bulb of :

Three electric bulbs of 200 W, 200 W and 400 W are connected as shown in figure. The resultant power of the combination is

Three bulbs of 40 W , 60 W , 100 W are arranged in series with 220 volt supply which bulb has minimum resistance

Three bulbs of 40 W , 60 W , 100 W are arranged in series with 220 volt supply which bulb has minimum resistance

Two 220 V,100 W bulbs are connected first in series and then in parallel. Each time the combination is connected to a 220 V AC supply line. The power drawn by the combination in each case respectively will be :

Three resistors of 5 Omega, 10 Omega and 15 Omega are connected in series and the combination is connected to battery of 30 V. Ammeter and Voltmeter are connected in the circuit. Draw a circuit diagram to connect all the devices in proper correct order. What is the corrent flowing and potential difference across 10Omega resistance?