Voltage/Current Circuit Homework: Finding V(I) in a Network N with Ideal Sources

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The discussion revolves around solving a circuit homework problem involving a network with resistors, voltage, and current sources. The user needs to determine V(I) after conducting two experiments: one with an ideal current source measuring 3V and another with an ideal voltage source measuring 5A. Participants suggest using Thevenin and Norton equivalent circuits to find the solution. Clarification is sought on what V(I) specifically represents, indicating the need for a functional relationship between voltage and current. The conversation emphasizes the importance of understanding the circuit configuration and the variables involved in the analysis.
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Homework Statement


I have "network N" that includes (resistorse, voltage and current sources), and we do 2 experiments:
1. connecting idial current source, and measuring 3V
2. connecting idial voltage source, and measuring 5A.

need to find V(I)=?

The Attempt at a Solution


Nothing much...

Can someone give me a hint, please?

Thanks.
 

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You are expected to use the Thevenin and Norton equivalent circuits perhaps?

What is V(I) supposed to represent?
 
Yes, i am expected to use them...
V(I) for points a,b.
 
Well... ? Have you found the Thevenin and/or Norton equivalents for the black box?

I figured that you'd want to measure Vba but you presumably want the curve or equation for the Vba as a function of current. But what current? The current in the circuit OK but which circuit? Can you tell me in words what V(I) represents?

I'm not asking these questions for information: those are hints.
 
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