Two bulbs `100 W, 250 V` and `200 W, 250 V` are connected in parallel across a `500 V` line. Then-

A 25 W , 220 V bulb and a 100 W , 220 V bulb are connected in parallel across a 440 V line

Two bulbs of 60 W, 240 V and 120 W, 240 V are connected in series across a source of 240 V. Total power dissipated is

Let R_(1) be the resistance of 100W, 250V lamp and R_(2) be that of 200W, 250V lamp connected in series across a 500V line. Which of the following is correct?

Two bulbs A and B are rated 100 W, 120 V and 10 W, 120 V respectively. They are connected in parallel across a 120 V source. Find the current in each bulb.

Two electric bulbs A and B rated 200V - 100W and 200 V - 60 W are connected in series to a 200 V line. Then the potential drop across

If two bulbs of 25 W and 100 W rated at 220 V are connected in series across a 440 V supply, will both the bulbs fuse ? If not which one ?

If two bulbs of 25 W and 100 W rated at 220 V are connected in series across a 440 V supply, will both the bulbs fuse ? If not which one ?

A 25 W, 220 V bulb and a 100 W , 220 V bulb are connected in series across a 220 V line , which electric bulb will glow brightly?

A 25 W, 220 V bulb and a 100 W , 220 V bulb are connected in series across a 220 V line , which electric bulb will glow brightly?