The two bulbs, one of 60W and other 200W are connected in series to a 200 volt line, then
a)
The potential drop across two bulbs in the same
b)
The potential drop across the 60 W bulb is greater than the potential drop across the 200 W bulb
c)
The potential drop across the 200 W bulb is greater than the 60 W bulb
d)
The potential drop across both the bulbs is 200 volt
The two bulbs, one of 60W and other 200W are connected in series to a 200 volt line, then
a)
The potential drop across two bulbs in the same
b)
The potential drop across the 60 W bulb is greater than the potential drop across the 200 W bulb
c)
The potential drop across the 200 W bulb is greater than the 60 W bulb
d)
The potential drop across both the bulbs is 200 volt
Question ID - 151260 | SaraNextGen Top Answer
The two bulbs, one of 60W and other 200W are connected in series to a 200 volt line, then
a)
The potential drop across two bulbs in the same
b)
The potential drop across the 60 W bulb is greater than the potential drop across the 200 W bulb
c)
The potential drop across the 200 W bulb is greater than the 60 W bulb
d)
The potential drop across both the bulbs is 200 volt
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The two bulbs, one of 60W and other 200W are connected in series to a 200 volt line, then |
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a) |
The potential drop across two bulbs in the same |
b) |
The potential drop across the 60 W bulb is greater than the potential drop across the 200 W bulb
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c) |
The potential drop across the 200 W bulb is greater than the 60 W bulb |
d) |
The potential drop across both the bulbs is 200 volt |
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(b) In series, the current Resistance And potential drop
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, is same in two bulbs.
Potential difference across 60 W bulb is greater than the potential difference across 200 W bulb.