In the following circuit, C 1 = 12 ?F , C 2 = C 3 = 4 ?F and C 4 = C 5 = 2 ?F . The charge stored in C 3 is _______ C . [2022]

Question

In the following circuit, $C_{1} = 12 μ F, C_{2} = C_{3} = 4 μ F$ and $C_{4} = C_{5} = 2 μ F .$ The charge stored in $C_{3}$ is _______ $μ C$ . [2022]

Smart Achievers · Accepted Answer

(8)

The circuit can be redrawn as

So, charge stored in $C_{3}$ is given as

$Q_{3} = C_{3} \times 2 V$

$Q_{3} = 4 μ F \times 2 V$

$Q_{3} = 8 μ C$

Solution

Q.
In the following circuit, $C_{1} = 12 μ F, C_{2} = C_{3} = 4 μ F$ and $C_{4} = C_{5} = 2 μ F .$ The charge stored in $C_{3}$ is _______ $μ C$ . [2022]

Ans.
(8)

The circuit can be redrawn as

So, charge stored in $C_{3}$ is given as

$Q_{3} = C_{3} \times 2 V$

$Q_{3} = 4 μ F \times 2 V$

$Q_{3} = 8 μ C$

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Solution

Q. In the following circuit, C1=12 μF, C2=C3=4 μF and C4=C5=2 μF. The charge stored in C3 is _______ μC. [2022]

Ans. (8) The circuit can be redrawn as So, charge stored in C3 is given as Q3=C3×2V Q3=4 μF×2 V Q3=8 μC

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Q.
In the following circuit, $C_{1} = 12 μ F, C_{2} = C_{3} = 4 μ F$ and $C_{4} = C_{5} = 2 μ F .$ The charge stored in $C_{3}$ is _______ $μ C$ . [2022]

Ans.
(8)

The circuit can be redrawn as

So, charge stored in $C_{3}$ is given as

$Q_{3} = C_{3} \times 2 V$

$Q_{3} = 4 μ F \times 2 V$

$Q_{3} = 8 μ C$