Engineering Circuit analysis on a supernode

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To find the value of vx within a supernode, it's essential to apply Kirchhoff's laws to establish a set of equations. The discussion emphasizes the importance of showing your work to receive more targeted assistance. Clarification on the term "m" indicates it refers to milli, or 10^-3. Participants suggest utilizing resources like Khan Academy for additional guidance on circuit analysis. Engaging with the community by sharing your progress is crucial for effective support.
Purpleshinyrock
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Homework Statement
Find Vx given:
R1 = 6kW; R2 = 6kW;
R3 = 2kW; R4 = 3kW;
VS = 5V; IS = 5mA
Relevant Equations
V=IR
Hello.
Can someone give m e pointers on how to find the value of vx given that it is inside a supernode(will it be the valueof the voltage inside or the difference of potential between the two nodes?): here's the exercise and what I've done so far attached.
Your time and attention are deeply appreciated.
Thank You.
 

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I think you forgot to attach your work?
Anyway, you'll want to use Kirchhoff's laws to make a set of equations to solve.
Khan Academy has some good tutorials on this subject.
 
I'm missing something. What does the "m" stand for in this case?
1648917797182.png
 
phinds said:
I'm missing something. What does the "m" stand for in this case?
View attachment 299315
mili or (*10^-3)
 
Purpleshinyrock said:
mili or (*10^-3)
OK, so you've got everything you need to write equations using Kirchoff, just as @DaveE said.

You HAVE to show some work before we can be any more help
 
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