Current Current every where!
If all resistances have resistance = 1 Ω and all cells have emf = 1 V , then find V A − V B .
Answer in volts. (Answer till two decimal digits)
The answer is -2.44.
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2 solutions
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Did the same!
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What to do. Some people are jealous AF.
you asked ur teacher... cannot take credit for solving the problem
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You have the proof? . i Solved it myself in class and told to you :)
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@Prakhar Bindal – just don't act smart when u r the culprit
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@Anubhav Tyagi – Give me proof if you have. afterall all things require proof in this world :P
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@Prakhar Bindal – just don't mess with me....... SHUT UP ....................................................
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@Anubhav Tyagi – @Anubhav Tyagi
Even if Prakhar asked his teacher, there's no harm. We're all in it to expand our scope of learning.It's better if you do so, too. Thanks.
Also, kindly be a little polite to the community.
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@Mehul Arora – mehul please leave us alone dont interferein others matters
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@Anubhav Tyagi – I was only trying to tell you not to be rude to the community. That is my job here. And if you think that's interference, sorry, but you'll have to bear with it.
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@Mehul Arora – MR. MEHUL ARORA
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@Anubhav Tyagi – Because i'm a moderator here, I dare you to use bad words again, and I will have action taken against you.
@Anubhav Tyagi – Again i say this is a wonderful community and people of your kind are spoiling this by making irrelevant comments and unnecessarily commenting on people's notes and solutions.
Just leave from here! . Its a nice problem you are yourself forcing brilliant staff to take action against you!
@Anubhav Tyagi – Dont use offensive words dude! and spoil this wonderful community :)
Same way , same notation in same branches btw same ans .
Did the same. Nice question by the way!!
Could u please explain the voltages u have marked at thosr points .4,3,2,1. How did u get those values
i used mesh, and have to deal with an 8 by 8 matrix.. i love this solution
up vote my solution EVERY BOdy .. its a tad {actually very short} bit shorter//..... :)
im new to this so my solution prestention might not be very pleasing ... here i use NODAl method .. assume A as "0"volt ...then since there i no resistance between loop.... edges are directly connected .... therefore each juction has difference of one ...volt...... PRETTY MUCH "kushal PAtankar 's solution" you can make it VERY short by applying the loop law only on the loop containing both A and B{right side two loops } as KRICHOFFS law you can apply on any closed loop ... so instead of whole circiut just use the two right most loops (containg A and B)