Engineering Circuit analysis on a supernode

AI Thread Summary
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
Messages
27
Reaction score
6
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.
 

Attachments

  • 2017.png
    2017.png
    7.9 KB · Views: 154
Physics news on Phys.org
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
 

Similar threads

Replies
10
Views
3K
Replies
2
Views
1K
Replies
2
Views
2K
Replies
13
Views
2K
Replies
15
Views
4K
Replies
7
Views
2K
Back
Top