How to Analyze a Wheatstone Bridge with Inductances?

AI Thread Summary
The discussion focuses on analyzing a Wheatstone Bridge with inductances, highlighting the use of junction and loop rules to set up equations. Participants are struggling to derive unique equations, often ending up with duplicates, and are seeking alternative approaches to solve the problem. Collaboration among students from different classes is emphasized, with many expressing frustration over the complexity of the question compared to other problems. There is a call for sharing insights and solutions as they continue to work on the problem together. The conversation reflects a collective effort to tackle a challenging physics assignment.
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Homework Statement



PS2-1.jpg


Homework Equations


Assume we have Vab.
Junction Rule:
I1 = I3 + I4 => I'1 = I'3 + I'4
I5 = I2 + I3 => I'5 = I'2 + I'3
Loop Rule:
V - L1I'1 - L4I'4 = 0
-L1I'1 - L3I'3 + L2I'2 = 0
V - L1I'1 - L3I'3 - L5I'5 = 0
V - L2I'2 - L5I'5 = 0

The Attempt at a Solution


First I tried 2 junction equations and 3 loops without V. Then I eliminated to the last 2 equations with 2 unknown, but I got 2 same equations.
Now I try with the equations above and still got 2 same equations.
I'm thinking maybe it's not write to say that I1 = I3 + I4 => I'1 = I'3 + I'4.
I need some suggestions about what loop should I use.
 
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I have that problem too! we had a group of hella people from 2 physics 421 classes working on that! we didn't get an answer, any new luck?
 
Come Back Online! I am with a study partner trying to figure this out! we can ConVerSate! Share Ideas! ! ! !
 
ε=Leq[1/[(1/di1)+(1/di2)]]
 
Sorry I don't have any idea yet. Are u from Shiwen class also?
 
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Yeah, this question blows! we've worked it more than a dozen ways with more than a dozen other people! but the rest of the problems were easy
 
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