10a - Voltage Division Rule

Voltage Divider Circuit Explained with Solved Examples
This video explains the concept of voltage division with solved examples. The voltage divider rule is applied to divide voltages between series resistors in direct proportion to their resistance.
Given two series resistors; R1 and R2 respectively, the voltage across R1; V1 = [R1/R1+R2]*V
And the voltage V2 across R2; V2 = [R2/R1+R2]*V;
For three resistors connected in series, the voltage drop across the respective resistors are
V1 = [R1/R1+R2+R3]*V
V2 = [R2/R1+R2+R3]*V
V3 = [R3/R1+R2+R3]*V
In this video, three examples were addressed.

[teinff]

Exactly what I needed. This helped me understand my homework.

[lotamoako]

Another nice lesson from SkanCity. Good job done man 👌

[MuzamilNiazi]

The last example 3, why did you ignored the two internal parallel resistance of 10 and 15 ohms??

[prudentfilm]

Yeah so when you are being given only one registor to find the voltage drop across that resistor with 2 current sources