In the circuit shown in figure, match the following two columns. ( Column-I Column-II (I) Charge given by battery (a) 20 μ C (II) Charge of 4 μ F capacitor (b) 30 μ C (III) Charge of 2 μ F capacitor (c) 60 μ C (IV)

Correct answer: B. I-c, II-d, III-a, IV-c aligned & V (1)/(C) & Q_ Battery =C_ eff V & =2 × 20 μ C & Q_ bathery =60 μ C & Q_ 3 μ F =60 μ C & Q_ 4 μ F =40 μ C & Q_ 2 μ F =20 μ C aligned )

NEET

Exam: NEET
Subject: Physics
Chapter: Capacitance

NEET · Physics · Capacitance

In the circuit shown in figure, match the following two columns. (...

In the circuit shown in figure, match the following two columns. (

	Column-I		Column-II
(I)	Charge given by battery	(a)	20 \mu C
(II)	Charge of 4 \mu F capacitor	(b)	30 \mu C
(III)	Charge of 2 \mu F capacitor	(c)	60 \mu C
(IV)	Charge of 3 \mu F capacitor	(d)	40 \mu C

)

Options

AI-a, II-d, III-b, IV-c
BI-c, II-d, III-a, IV-c
CI-b, II-a, III-c, IV-d
DI-c, II-d, III-c, IV-a

Correct answer

B. I-c, II-d, III-a, IV-c

Step-by-step solution

\begin{aligned} & \because V \propto \frac{1}{C} \\ & Q_{\text{Battery }}=C_{\text{eff }} V \\ & =2 \times 20 \mu C \\ & Q_{\text{bathery }}=60 \mu C \\ & Q_{3 \mu \mathrm{ F}}=60 \mu C \\ & Q_{4 \mu \mathrm{ F}}=40 \mu C \\ & Q_{2 \mu \mathrm{ F}}=20 \mu C\end{aligned}

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