Help drawing equivalent resistor diagrams.

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SUMMARY

This discussion focuses on the placement of equivalent resistors in a circuit diagram after calculating their values. Specifically, it addresses the scenario where resistors R1 and R6 are in series, and the equivalent resistor (R1 + R6) can be placed at any point between R1 and R6, or directly in their location, as long as it connects across R2. The orientation and position of the equivalent resistor do not affect the circuit's functionality; only the connections matter.

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  • Understanding of series and parallel resistor configurations
  • Basic knowledge of circuit diagrams and topology
  • Familiarity with Ohm's Law and resistor calculations
  • Ability to interpret and redraw electrical schematics
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Students studying electrical engineering, hobbyists designing circuits, and educators teaching circuit analysis concepts will benefit from this discussion.

mathnoobie
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Homework Statement


I really just need help understanding how to re-draw a resistor diagram after calculating an equivalent resistor.
Now in the picture given in the attachment, you can see that R1 and R6 are in series with each other
when I compute their equivalent resistor(R1+R6), on what location on the system of resistors would I place the equivalent resistor? Would I place it in the location of R1, R6, or some intermediate point in between? I know that no matter which of the three choices I pick, it'll still be in parallel with R2 but I'm just looking for clarity in the expected placement.

Homework Equations





The Attempt at a Solution

 

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You can place it anywhere, at any orientation you wish, so long as its leads connect across R2.

Orientation (angle, position) doesn't matter to a circuit. The lengths and convolutions of wires doesn't matter; they can wander all over the page at any angle or curve about with wild abandon. Only the underlying topology, in the mathematical sense, regarding what connects to what, matters.
 
Thank you!
 

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