in the modified circuit after 20ohm open circuit their is only single node 5 and 10 ohm that is V1 but you thought their is another node between 4A and 10 ohm this not true because they are connected in series after opening the 20 ohm
In case nodal analysis we consider different branch meeting at the node In this problem we know 4A current flowing though the one 10 ohm so no need to write v1/10 in this case So directly write 4A
Good explanation 👍
Sir this video is also good
But l want this solution in mesh analysis bcz it's is more easier
To understand sir
It's my humble request 🙏🙏
Okay sure
@@ElectricalBoost Sir, is it possible to solve using mesh analysis?
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In the part where we are looking for the VTH, which of the two 10 ohms resistor was used to get the value?
Vth is the algebraic sum of voltage drop those two 10 ohm resistor.
Good
Thanks
👌👍
Solve by mesh analysis
Sir apne v2 not considered ni kiya kyu ?
in the modified circuit after 20ohm open circuit their is only single node 5 and 10 ohm that is V1
but you thought their is another node between 4A and 10 ohm this not true because they are connected in series after opening the 20 ohm
@@ElectricalBoost thank you sir for guidance .
I am getting Vth value as 60V.Please check your solution!!!!
But..My V th is matching with sir..
Bhai jab hindi aati hai to hindi me pdhaya kro tumhari english bahut kamjor hai hm es video per dislike kiye isi liye ki tum samajhh jaao
In nodal analysis why shouldnt we take v1/10 two times as there are two 10 ohm resistors??
In case nodal analysis we consider different branch meeting at the node
In this problem we know 4A current flowing though the one 10 ohm so no need to write v1/10 in this case
So directly write 4A
Bhai (20-v1)/5
Should come
Ni phir 10 ohm wala bach jaega..
Not much understanding
App padh rahe ho ya parua raho samaj hi nahi aa raha hai
Bhai aap kaakh kaakh ke kyo pdha rhe ho be
My vth is 12v