A series `R-L-C` circuit has `R = 100` ohm. `L = 0.2 mH` and `C = (1)/(2) mu F`. The applied voltage `V = 20 sin omega t`. Then When the currentsd lags the applied voltage by `45^(@)`, the value of `omega` is approximatelyA. `5xx 10^(5) "rad"//s`B. `3 xx 10^(5) "rad"//s`C. `4 xx 10^(5) "rad"//s`D. `4 xx 10^(10) "rad"//s`

A series `R-L-C` circuit has `R = 100` ohm. `L = 0.2 mH` and `C = (1)/

1.	A series `R-L-C` circuit has `R = 100` ohm. `L = 0.2 mH` and `C = (1)/(2) mu F`. The applied voltage `V = 20 sin omega t`. Then When the currentsd lags the applied voltage by `45^(@)`, the value of `omega` is approximatelyA. `5xx 10^(5) "rad"//s`B. `3 xx 10^(5) "rad"//s`C. `4 xx 10^(5) "rad"//s`D. `4 xx 10^(10) "rad"//s`
Answer» Correct Answer - A

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