### Kirchhoff Current Law

It states that the sum of outgoing current at any node is equal to the sum of incoming current.

Outgoing current = Incoming current

For example:

In the Example below Incoming Current i.e. I1+I2+I3 is equal to outgoing current I4

I1+I2+I3-I4 = 0 or I1+I2+I3 = I4

### Kirchoff Voltage Law

It states that the algebraic sum of all the voltage across a closed circuit is equal to zero.

From the Example below it is clear that

V = V1 + V2 Or V = IR1+ IR2 or V-V1-V2 = 0

### Extra Stuff:

In Series | In Parallel |

Current remains the same | Voltage remains the same |

Voltage Divides | Current Divides |