$X_{L}$ is $I=\frac{E}{R+\left(X_{L}-X_{C}\right)}$. . Use this law to solve the problem.
-Find $\mathrm{I}$ if $E=5+4 i, R=9, X_{L}=7$, and $X_{C}=3$.
A) $\frac{61}{97}+\frac{86}{97} \mathrm{i}$
B) $\frac{45}{181}+\frac{16}{97} \mathrm{i}$
C) $\frac{45}{181}+\frac{86}{181} \mathrm{i}$
D) $\frac{61}{97}+\frac{16}{97} \mathrm{i}$

Question

$X_{L}$ is $I=\frac{E}{R+\left(X_{L}-X_{C}\right)}$. . Use this law to solve the problem.
-Find $\mathrm{I}$ if $E=5+4 i, R=9, X_{L}=7$, and $X_{C}=3$.
A) $\frac{61}{97}+\frac{86}{97} \mathrm{i}$ 
B) $\frac{45}{181}+\frac{16}{97} \mathrm{i}$ 
C) $\frac{45}{181}+\frac{86}{181} \mathrm{i}$ 
D) $\frac{61}{97}+\frac{16}{97} \mathrm{i}$

Quizplus · Accepted Answer

The Answer of  $X_{L}$ is $I=\frac{E}{R+\left(X_{L}-X_{C}\right)}$. . Use this law to solve the problem.
-Find $\mathrm{I}$ if $E=5+4 i, R=9, X_{L}=7$, and $X_{C}=3$.
A) $\frac{61}{97}+\frac{86}{97} \mathrm{i}$ 
B) $\frac{45}{181}+\frac{16}{97} \mathrm{i}$ 
C) $\frac{45}{181}+\frac{86}{181} \mathrm{i}$ 
D) $\frac{61}{97}+\frac{16}{97} \mathrm{i}$

XLX_{L}XL​ Is I=ER+(XL−XC)I=\frac{E}{R+\left(X_{L}-X_{C}\right)}I=R+(XL​−XC​)E​ Use This Law to Solve the Problem I\mathrm{I}I

$X_{L}$ Is $I=\frac{E}{R+\left(X_{L}-X_{C}\right)}$ Use This Law to Solve the Problem $\mathrm{I}$