Kirchhoff's Voltage Rule

   

 V = 0.31 V + 0.01 V - 0.032 V = 0 V

Kirchhoff's Current Rule

  

I = 3.55 A - 3.43 A - 0.10 A = 0.02 A

 

Kirchhoff's Loop Rule once again

#1 #2   

We measure the drop of voltage on resistors in one loop.

The sum of the first, second, and third measurement is...

0.784 V + 0.218 V + (-1.002 V) = 0.000 V

#3

(measured by Samantha and Frangel)

Kirchhoff's Loops and Junctions

The blue loop: V1 + V5 + V3 = 0

The purple loop: V2 + V5 + V4 = 0

The green loop: V1 + V2 + V4 + V3 = 0

 

The orange junction: I1 + I2 + I5 = 0

The green junction:  I3 + I4 + I5 = 0 

Kirchhoff's Loop Rule

1.  2.

Electric circuit visible in the first picture will be used to confirm the Kirchhoff's Loop Rule. According to the rule, the voltages around any loop added together give a zero. 

Here are our measurements: - .736 V (see picture #2); .245 V (#3); and .490 V (#4).

- .736 V + .245 V + .490 V = -.001 V

3. 4.

(by: Elham and Tatiana)