Physics - Coulumb's Law Explained (English)

   Saturday, January 23, 2021   

Starting a new Lecture Notes Series on Physics - Coulumb's Law Explained

Youtube Lecture Playlist Credits 

Channel Name: Michel van Biezen

Faculty Name: Michel van Biezen Sir

So Let Us Start to This Journey of Learning
Physics - Coulumb's Law Explained
By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Why do Charged Objects Repel or Attract?

Lecture 2: What is a Conductor?

Lecture 3: Charging with a Silk Cloth

Lecture 4: Touching the Inside of a Charged Sphere?

Lecture 5: What if we Called Protons (Negative)

Lecture 6: What can You Conclude?

Lecture 7: How can a "+" Charge trun an Object "-"?

Lecture 8: Safe to Touch a Van de Graaff Generator?

Lecture 9: Why Connect a Ground Wire?

Lecture 10: Benjamin Franklin Kite Experiment

Lecture 11: The Effects of a Charged Insulator

Lecture 12: Beryllium - 8

Lecture 13: Forces on Adjacent Charges Ex. 1

Lecture 14: Forces on Adjacent Charges Ex. 2

Lecture 15: Forces on Adjacent Charges Ex. 3

Lecture 16: Forces on Adjacent Charges Ex. 4

Lecture 17: Forces on Adjacent Charges Ex. 5

Lecture 18: Forces on Adjacent Charges Ex. 6

Lecture 19: Forces on Adjacent Charges Ex. 7

Lecture 20: Forces on Adjacent Charges Ex. 8

Lecture 21: Forces on Adjacent Charges Ex. 9

Lecture 22: Conducting Sphere Connect

Lecture 23: Numeric Example - Linear

Lecture 24: Numeric Example - Non-Linear: Ex. 1

Lecture 25: Numeric Example - Non-Linear: Ex. 2

Lecture 26: Charges Suspended on a String: Ex. 1

Lecture 27: Charges Suspended on a String: Ex. 2

Lecture 28: Charges Suspended on a Spring