For the circuit shown below:
The equivalent conductance $G_{e q}$ is ___

10 S

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3.72 S

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8 S

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6 S

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Solution

The correct option is A 10 S
The 8 S and 12 S are in parallel;
8S+12S=20S
The 20 S is now in series with 5 S;
$\frac{20 S \times 5 S}{20 S + 5 S} = 4 S$
This 4S is in parallel with 6S,
Hence, $G_{e q} = 10 S$

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