As far as i can tell, in practical sources, parallel voltage sources must be the same value to work well and comply with the KVL. If two parallel voltage sources are of different voltages and are connected like that or a single voltage source gets shorted then we either assume there are components in the middle to make it comply with KVL or we assume they are ideal sources. If ideal it is the sum of the two. Correct me if I have badly understand it.
Tq very much to neso academy, it is a god's gift for me
As far as i can tell, in practical sources, parallel voltage sources must be the same value to work well and comply with the KVL. If two parallel voltage sources are of different voltages and are connected like that or a single voltage source gets shorted then we either assume there are components in the middle to make it comply with KVL or we assume they are ideal sources. If ideal it is the sum of the two. Correct me if I have badly understand it.
8:52 what if V1 and V2 aren't equal? Which one should we use in our calculations?
Is this correct configuration of voltage source?
Smaller value is taken..
@@gotum428doke can u give me proof
@@gotum428doke why
You are a lagend man.
❤aswm content sir
Thankyou very much sir
thank you
youre welcom ola
If in case 3, v1 doesnt equal v2 , then how would they behave ? Pls help with this doubt. Thanks
Solution for those problem anna
Clearly...
How to calculate IL and VL I can't understand
4.7v & 3.7v batteries are connected in parallel than what is resulting voltage ❓
Plzz..., reply me..
We cannot determine because kvl fails in this case
It cannot be determined
( 4.7 + 3.7 ) / 2 = 4.2v
@@sagarkatariya294 It will be 4.7v and 3.7v battery will get short.... because 4.7 v will supply energy to 3.7v
What would happen if 2 voltage sources of different values are in parallel without any resistance between them? Kindly answer!
The one on the side will be valid even if it wasn't the larger.
There are always resistances between them, in the form of internal, although very small, resistances of the power supplies.
two volage souces should never be connected in parallel otherwise the one with higher emf will discharge into the other
sir, is AC voltage source can be considered as the constant voltage source??
Never ever. It constantly changes with time.
Good work
what is logic behind " when any current enter in independent voltage source then same amount of current will leave"?
It's KCL, covered in subsequent lectures.
if v1= 5v and v2 given 10 volt so wht will be the total V
15
For third case??
Pls provide the solution for the problem mentioned in this video
Performing load side aur source side ka kya matlab hai
What do to when voltage source is shared between two loops?
nice
Why this is not fallow superposition in case 3
What happens when two AC Source(same frequency) are connected in seris?
🔥🔥🔥🔥
Tq
In example the Ps sign should be +ve or -ve
+ve
neso ki video ko dislike koi kese kr skta h
i think coz parallel voltage me diff value ayegi or is method se vo solve nhi krpaege isliy kuch bacho ne dislike.
tumhara ghar mi reta he
@@kO_EC toh kis methord se karna chahiye when voltages are in parallel? final voltage kisko consider karna chahiye?
In 3rd case why did you use 0V
Didn't get the point
wow u sound like chatur
Wo to jesi jiski soch
shouldn't power be -ve