Impedances in a 5 element circuit

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SUMMARY

The discussion focuses on solving a circuit problem involving a five-element circuit with impedances Z1, Z2, Z3, Z4, and Z5. The user attempts to apply the loop current method and current equalities to determine the current I5, assuming symmetry between Z1=Z2 and Z3=Z4. A link to the teacher's solution is provided for reference, highlighting the need for clarity in the transition between steps in the solution process.

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Homework Statement


upload_2017-6-20_22-42-59.png

upload_2017-6-20_22-43-14.png


Just help me with 18 b.

Homework Equations


V1 = c1I1Z1. Same for V2,3,45. V = V1+V2+V3+V4+V5. V/I=Z=impedance.

The Attempt at a Solution


Maybe because of symmetry Z1=Z2 & Z3=Z4. Perhaps Z5 takes out one of the branches? Can I get a hint?
 
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Trying to read your image gives me eyestrain, but if Z1=Z2 & Z3=Z4 then what is I5 ?
 
https://1drv.ms/b/s!ApJAu5EMYb4JgpYy68UWlGVzp0PVLQ -- Here's the link if it helps you see better. problem 18b.
phinds said:
Trying to read your image gives me eyestrain, but if Z1=Z2 & Z3=Z4 then what is I5 ?
I would not assume anything is equal to another unless the problem explicitly says that
 
gimak said:
I would not assume anything is equal to another unless the problem explicitly says that
I am following up on what YOU said not what the problem statement said
gimak said:
1Maybe because of symmetry Z1=Z2 & Z3=Z4
 
One more thing: I still don't know how they jumped from the 2nd to last line to the last line in this problem (in the answer I mean).
 

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