The discussion revolves around calculating the total equivalent resistance between points A and D in a circuit consisting of multiple 1-ohm resistors. Participants are attempting to analyze the circuit configuration and apply principles of resistance in series and parallel arrangements.
Some participants have provided guidance on how to redraw the circuit for better clarity, while others express uncertainty about the calculations and configurations. There are differing interpretations of the circuit, and while some participants express agreement with certain approaches, there is no explicit consensus on the final equivalent resistance value.
There are indications that some participants are referencing the Wheatstone bridge concept, which may suggest a more complex understanding of the circuit's behavior. Additionally, the original poster has not been active for several years, which may affect the continuity of the discussion.
agoogler said:Homework Statement
Calculate the total equivalent resistance between A and D -
( All resistors are 1 ohm )
Homework Equations
-
The Attempt at a Solution
The only thing I can see is that the two straight 1 ohm resistors are in parallel , giving 1*1/1+1= 1/2 resistance. But what next , please help !
Okay.berkeman said:
No. Show your work. Or better yet, start a new thread since this is a rather old thread (from 2013) and the Original Poster hasn't been logged in since 2015.Kabir Nanda said: