Home
Class 12
PHYSICS
Two electric bulbs A and B are rated 60 ...

Two electric bulbs `A and B` are rated `60 and 100 W`, respectively. If they are connected in parallel to the same source , then

A

B draws more current than A

B

Current draws are in the ratio of their resistaces

C

Both draw the same current

D

A draws more current than B.

Text Solution

Verified by Experts

`P = VI` in parallel V is constant .
Promotional Banner

Similar Questions

Explore conceptually related problems

Two electric bulbs A and B are rated as 60 W and 100 W . They are connected in parallel to the same source. Then,

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.

In an electrical circuit three incandescent bulbs A,B and C of rating 40 W, 60 W and 100 W respectively are connected in parallel to an electric source. Which of the following is likely to happen regarding their brightness ?

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 ?

Three electric bulbs rated 40, 60 and 100 watts respectively are connected in parallel with 230 volts d.c. mains. The current (in amp) through the 60 W bulb and the effective resistance (in ohm) of the circuit will be respectively, approximately

An electric heater and an electric bulb are rated 500W. 220V and 100W, 220V respectively. Both are connected in series to a 220V d.c. mains. Calculate the power consumed by (i) the heater ana (ii) electric bulb.

Two electric bulbs (60 W and 100 W respectively) are connected in series. The current passing through them is

If two bulbs of power 60 W and 100 W respectively each rated 110 V are connected in series with the supply of 220 V, then

Two bulbs of rated power 60W and 100W same specified voltage 220 V are connected in series to a 440 V DC source