Given- R 1 -1- C 1 -2- F R 2 -2- C 2 -4- FThe time constant in - s for the circuits I-II-III respectively -

The correct option is D 8/9,18,4 τ #160;_ 1 = 8 9 μ s τ #160;_ 2 =18μ s τ #160;_ 3 =4μ s ...

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Ampere's Circuital Law

Given, R 1 =...

Question

Given,
$R_{1} = 1 Ω$ , $C_{1} = 2 μ F$
$R_{2} = 2 Ω$ , $C_{2} = 4 μ F$
The time constant (in $μ s$ ) for the circuits $I, I I, I I I$ respectively :

18, 8 / 9, 4

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18, 4, 8 / 9

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4, 8 / 9, 18

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8 / 9, 18, 4

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Solution

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R_{1} = 1 Ω, C_{1} = 2 μ F

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