For a series `RLC` circuit `R=X_(L)=2X_(C)`. The impedence of the current and phase different (between) `V` and `i` will beA. `(sqrt5R)/(2),tan^(-1)(2)`B. `(sqrt5R)/(2),tan^(-1) ((1)/(2))`C. `sqrt5X_(C),tan^(-1) ((1)/(2))`D. `sqrt5R,tan^(-1) ((1)/(2))`

For a series `RLC` circuit `R=X_(L)=2X_(C)`. The impedence of the curr

1.	For a series `RLC` circuit `R=X_(L)=2X_(C)`. The impedence of the current and phase different (between) `V` and `i` will beA. `(sqrt5R)/(2),tan^(-1)(2)`B. `(sqrt5R)/(2),tan^(-1) ((1)/(2))`C. `sqrt5X_(C),tan^(-1) ((1)/(2))`D. `sqrt5R,tan^(-1) ((1)/(2))`
Answer» Correct Answer - B

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For a series `RLC` circuit `R=X_(L)=2X_(C)`. The impedence of the current and phase different (between) `V` and `i` will beA. `(sqrt5R)/(2),tan^(-1)(2)`B. `(sqrt5R)/(2),tan^(-1) ((1)/(2))`C. `sqrt5X_(C),tan^(-1) ((1)/(2))`D. `sqrt5R,tan^(-1) ((1)/(2))`

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