In the following circuit the current is in phase with the applied voltage. Therefore, the current in the circuit and the frequency of the source voltage respectively, are A. `(V)/(R) and (1)/(2pisqrtLC)`B. `"zero and" (1)/(sqrtLC)`C. `sqrt((C)/(L))v, and (2)/(pisqrtLC)`D. `sqrt((C)/(LR^(2)))and (2)/(sqrtLC)`

In the following circuit the current is in phase with the applied volt

1.	In the following circuit the current is in phase with the applied voltage. Therefore, the current in the circuit and the frequency of the source voltage respectively, are A. `(V)/(R) and (1)/(2pisqrtLC)`B. `"zero and" (1)/(sqrtLC)`C. `sqrt((C)/(L))v, and (2)/(pisqrtLC)`D. `sqrt((C)/(LR^(2)))and (2)/(sqrtLC)`
Answer» Correct Answer - A

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