Series & Parallel Resistors: Understanding the Basics

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SUMMARY

The discussion focuses on understanding the configuration of resistors in series and parallel. Resistors 1 and 2 are confirmed to be in parallel, and the user is guided to combine them using the parallel combination equation. The process involves sequentially analyzing the network of resistors to simplify the circuit into a single equivalent resistor. This method is essential for accurately calculating total resistance in complex circuits.

PREREQUISITES
  • Basic knowledge of electrical circuits
  • Understanding of series and parallel resistor configurations
  • Familiarity with the parallel combination equation
  • Ability to analyze circuit diagrams
NEXT STEPS
  • Study the parallel combination equation for resistors
  • Learn about series resistor configurations and their calculations
  • Explore circuit analysis techniques for complex resistor networks
  • Practice with circuit simulation tools like LTspice or Multisim
USEFUL FOR

Electronics students, hobbyists, and anyone looking to deepen their understanding of resistor configurations and circuit analysis.

Fys
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I had a question
I sometimes don't know If resistors are in serie or parallel
Like in the image I posted

is it right that 1 is parallel with 2, 2 is parallel with 3, 3 parallel with 4, 4 parallel with 5 and 5 par with 6?
How can I make one resistor out of this 7 resistors, or from 1 till 6

Thanks
 

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Welcome to the PF. Is this a homework question? If so, I can move it to the Homework Help forums.

If you are asking how to fold up the resistors left to right (to get the equivalent resistance seen at the terminals at the right), then look at the left resistors 1 & 2. Are they in parallel or in series, as seen at the two nodes that they present to resistors 3 and 7? They are in parallel. So combine them using the parallel combination equation, and now look at what you have with resistors 3, 7, and the combination of 1 & 2. Those three resistancea are in _________________ (you fill in the blank). Now keep doing this kind of combinations of resistors, and you fold up the network left to right.
 

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