Physics - Advanced Electricity and Magnetism (English)

   Tuesday, February 09, 2021   

Starting a new Lecture Notes Series on Advanced Electricity and Magnetism

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 - Advanced Electricity and Magnetism
By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: What is a Unit Vector?

Lecture 2: Understanding the Components of Vectors

Lecture 3: Direction of a Vector, Direction Cosines

Lecture 4: What is the Position Vector?

Lecture 5: What is the Scalar Product?

Lecture 6: Find the Angle Between 2 Vectors

Lecture 7: What is the Vector Product?

Lecture 8: What is the Differentiation of Vector?

Lecture 9: What is the Gradient of a Scalar?

Lecture 10: What is the Gradient of a Scalar?

Lecture 11: What is the Divergent of a Vector?

Lecture 12: What is the Curl of a Vector?

Lecture 13: What is the Laplacian of a Scalar (Field)?

Lecture 14: What is the Line Integral?

Lecture 15: The Line Integral - Example

Lecture 16: The Line Integral - Example 2

Lecture 17: Vector Element of an Area

Lecture 18: The Surface Integral

Lecture 19: The Surface Integral Example

Lecture 20: The Divergence Theorem

Lecture 21: The Divergence Theorem Example

Lecture 22: Stoke's Theorem

Lecture 23: Stoke's Theorem Example 1

Lecture 24: Stoke's Theorem Example 2

Lecture 25: Cylindrical Coordinates:Point and Unit Vectors

Lecture 26: Cylindrical Coordinates:Area & Volume Elements

Lecture 27: Cylindrical to Rectangular Coordinates

Lecture 28: Cylindrical Conversion: the Del Operator

Lecture 29: Divergence of a Cylindrical Vector Field 1/2

Lecture 30: Divergence of a Cylindrical Vector Field 2

Lecture 31: Del Operator in Cylindrical Coordinate

Lecture 32: Curl of a Cylindrical Vector Field

Lecture 33: Curl of a Cylindrical Vector Field

Lecture 34: Spherical Coordinates

Lecture 35: Spherical Unit Vector Conversions***