state Kirchhoff's law
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Krichhoff's law:
Junction law:
At any point on the junction, the sum of the current entering into the junction is equal to the sum of the current leaving the junction.
Loop law:
The algebraic sum of increase or decrease of potential difference across the various components in a closed circuit must be equal to zero
Junction law:
At any point on the junction, the sum of the current entering into the junction is equal to the sum of the current leaving the junction.
Loop law:
The algebraic sum of increase or decrease of potential difference across the various components in a closed circuit must be equal to zero
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Hey !!
Mainly there are 2 laws :-
1. First law (or Junction Law ) :- It staes that the algebric sum of currents meeting at any junction in an electrical network is ZERO.
∑I = 0
This law is based on CONSERVATION OF CHARGE
2. SECOND LAW ( or Loop Law ) :- The algebric sum of potential differences of different circuit elements of a closed circuit ( or mesh ) is ZERO.
∑V = O
This law is based on CONSERVATION OF ENERGY
Hope it helps you !!
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