Kirchoff Current Law | Kirchoff Equation | Kirchoff Voltage Law

Kirchhoff's current law

This law is also called Kirchhoff's first law, Kirchhoff's point law, or Kirchhoff's junction law (or nodal law).) In an electric circuit, the sum of the currents flowing in that node is the sum of the currents flowing through that node.  is equal to the sum of the currents. Or equivalent: The algebraic sum of currents in a network of conductors meeting at a point is zero. The law is based on conservation of charge. where charge (measured in coulombs)Kirchoff Law current ( in amperes ) and the time ( in seconds ). If the net charge in a region is constant , the current law will hold on the boundaries of the region . This means that the current law relies on the fact that the net charge in the wires and components is constant.

Kirchoff Law 

Kirchhoff's voltage law

This law , also called Kirchhoff's second law , Kirchhoff's loop ( or mesh ) rule , or Kirchhoff's second rule , states the following : The directed sum of the potential differences ( voltages ) around any closed loop is zero.