Use the formula to find the missing quantity for the given conditions.The formula E=IZ where E represents voltage, I represents current, and Z represents impedance (a measure of opposition to a sinusoidal electric current), is used in electrical engineering.The variable is a complex number. $\begin{array} { l }
I = 8 + 2 i \
Z = 4 + 3 i
\end{array}$
A) $32 - 26 i$
B) $32 + 26 i$
C) $26 - 32 i$
D) $26 - 26 i$
E) $26 + 32 i$

Question

Use the formula to find the missing quantity for the given conditions.The formula E=IZ where E represents voltage, I represents current, and Z represents impedance (a measure of opposition to a sinusoidal electric current), is used in electrical engineering.The variable is a complex number.   $\begin{array} { l } 
I = 8 + 2 i \
Z = 4 + 3 i
\end{array}$  
A) $32 - 26 i$
B)  $32 + 26 i$
C)  $26 - 32 i$
D)  $26 - 26 i$
E)  $26 + 32 i$

Quizplus · Accepted Answer

The Answer of Use the formula to find the missing quantity for the given conditions.The formula E=IZ where E represents voltage, I represents current, and Z represents impedance (a measure of opposition to a sinusoidal electric current), is used in electrical engineering.The variable is a complex number.   $\begin{array} { l } 
I = 8 + 2 i \
Z = 4 + 3 i
\end{array}$  
A) $32 - 26 i$
B)  $32 + 26 i$
C)  $26 - 32 i$
D)  $26 - 26 i$
E)  $26 + 32 i$

Use the Formula to Find the Missing Quantity for the Given