The current I in the circuit is?

1 / 45

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1 / 15

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1 / 10

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1 / 5

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Solution

The correct option is C $1 / 10$ A
Here equivalent resistance is two $30 Ω$ resistance are in series.
There two are in parallel with $130 Ω$ resistance
$R - e v \Rightarrow \frac{60 \times 30}{60 + 30} = \frac{1800}{900} = 2 V = I R_{e v} = I \times 2 = I = \frac{1}{10} A$

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The current I in the circuit is?

The correct option is C 1/10AHere equivalent resistance is two 30Ω resistance are in series.There two are in parallel with 130Ω resistanceR−ev⇒60×3060+30=1800900=2V=IRev=I×2=I=110A

The correct option is C $1 / 10$ A
Here equivalent resistance is two $30 Ω$ resistance are in series.
There two are in parallel with $130 Ω$ resistance
$R - e v \Rightarrow \frac{60 \times 30}{60 + 30} = \frac{1800}{900} = 2 V = I R_{e v} = I \times 2 = I = \frac{1}{10} A$