Kirchhoff's rules were applied to a four-loop network. Solve for currents $I_{1}, I_{2}, l_{3}$, and $I_{4}$ in this resulting system of equations:
$-2 I_{1}+3 I_{2}+2 I_{3}=-18$
$\begin{aligned}
3 I_{1}+3 I_{3}-4 I_{4} & =-13 \
I_{1}+5 I_{2}+5 I_{4} & =0 \
-10 I_{1}+I_{2}-5 I_{3}-8 I_{4} & =5
\end{aligned}$
Find the loop currents.

Question

Quizplus · Accepted Answer

The Answer of Kirchhoff's rules were applied to a four-loop network. Solve for currents $I_{1}, I_{2}, l_{3}$, and $I_{4}$ in this resulting system of equations:
$-2 I_{1}+3 I_{2}+2 I_{3}=-18$
$\begin{aligned}
3 I_{1}+3 I_{3}-4 I_{4} & =-13 \
I_{1}+5 I_{2}+5 I_{4} & =0 \
-10 I_{1}+I_{2}-5 I_{3}-8 I_{4} & =5
\end{aligned}$
Find the loop currents.

Kirchhoff's Rules Were Applied to a Four-Loop Network I1,I2,l3I_{1}, I_{2}, l_{3}I1​,I2​,l3​

Kirchhoff's Rules Were Applied to a Four-Loop Network $I_{1}, I_{2}, l_{3}$