Two bulbs `A and B` are rated `100W - 120 V and 10 W - 120 V` respectively. They are connected across a `120 V` source. Find the current in each bulb. Which bulb will consume more energy ?

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

Two bulbs A and B are rated 100 W, 120 V and 10 W, 120 V respectively. They are connected across a 120 V source in series. Which bulb will consume more power ?

Two bulbs A and B are rated 100W - 120 V and 10 W - 120 V respectively. They are connected across a 120 V source in series. Which will consume more energy ?

A bulb of 100 w is connected across a source of 220 v. Find the current drawn by it.

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

These are two electric bulbs A and B rated 50W-100V , 100W-100V respectively. The bulbs are connected with a 200V dc supply. The bulb A will fuse, if in series (ii) The bulbs B will fuse , if in series The bulb A will fuse, if in parallel (iv) The bulb B will fuse if in parallel

A bulb of 100 W is connected across a source of 200 V . Find the current drawn by it .

A 100 W bulb designed to operate on 100 V is to be connected across a 500 V source . Find the resistance to be put in series so that bulb consumes 100 W only.

A 100 W bulb designed to operate on 100 V is to be connected across a 500 V source . Find the resistance to be put in series so that bulb consumes 100 W only.