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I have to find voltage across R6 but the problem is, i get a parallel circuit in the end, when I solve the circuit i get,

R2345=76.67Ω
R16789=96.059Ω

To apply voltage divider formula I have to get these resistors in series.
I want to know if its even possible to get the voltage across R6 using the Voltage-Divider formula.

enter image description here

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    \$\begingroup\$ Think about this circuit in real-life. You should soon see that R2,R4, R3, R5 do not matter at all, and can be ignored for this problem. Plus the answer to your question is yes. \$\endgroup\$ Commented Sep 19, 2018 at 14:54

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You are making the problem more complex than it really is. There is shown that 10V will be across the top of R1 to the bottom of R6. The voltage across R6 will be the same as the voltage across the the combination of R6789. So compute R6789 and then use that value in the voltage divider equation with R1.

There is no need to look at the values R2345 at all in this problem analysis. They were either put there to confuse you or to be another part of the problem if it was a multipart question referring to the same picture.

schematic

simulate this circuit – Schematic created using CircuitLab

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  • \$\begingroup\$ Thanks! I didn't even see it from that perspective. This was my first problem which i got this problem. I didn't even knew that some resistors can also be put in the circuit just to confuse. \$\endgroup\$ Commented Sep 19, 2018 at 15:08

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