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Question

Refer to the figure and use the principle of superposition to Find the component of the current $i$ through $R_{3}$ that is due to $V_{S 2}$.

$\begin{aligned} & V_{S 1}=V_{S 2}=450 \mathrm{~V} \\ & R_{1}=7 \Omega \quad R_{2}=5 \Omega \\ & R_{3}=10 \Omega \quad R_{4}=R_{5}=1 \Omega \end{aligned}$

Solution

VerifiedAnswered 1 year ago

Answered 1 year ago

Step 1

1 of 5**Problem Requirement\s:**
Using principle of superposition, determine current I through $R_{4}$ due to the voltage source $I_{S}$

**Given:**
$R_{1} = 12 \Omega$
$R_{2} = 8 \Omega$
$R_{3} = 5 \Omega$
$R_{4} = 3 \Omega$
$V_{S} = 3 V$
$I_{S} = 2 A$

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