In the shown AC circuit phase different between current `I_(1)` and `I_(2)` is A. `(pi)/(2)-tan^(-1)(X_(L))/(R)`B. `tan^(-1)(X_(L)-X_(C))/(R)`C. `(pi)/(2)+tan^(-1)(X_(L))/(R)`D. `tan^(-1)(X_(L)-X_(C))/(R)+(pi)/(2)`

In the shown AC circuit phase different between current `I_(1)` and `I

1.	In the shown AC circuit phase different between current `I_(1)` and `I_(2)` is A. `(pi)/(2)-tan^(-1)(X_(L))/(R)`B. `tan^(-1)(X_(L)-X_(C))/(R)`C. `(pi)/(2)+tan^(-1)(X_(L))/(R)`D. `tan^(-1)(X_(L)-X_(C))/(R)+(pi)/(2)`
Answer» Correct Answer - A

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In the shown AC circuit phase different between current `I_(1)` and `I_(2)` is A. `(pi)/(2)-tan^(-1)(X_(L))/(R)`B. `tan^(-1)(X_(L)-X_(C))/(R)`C. `(pi)/(2)+tan^(-1)(X_(L))/(R)`D. `tan^(-1)(X_(L)-X_(C))/(R)+(pi)/(2)`

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