Course Description

About Course

Unit 1: Vector Analysis

Introduction to Vectors

Vector Multiplication

Vector Algebra - Text book

Vector Algebra - Plus two Textbook

Vector Operations - Additional Video

Coordinate Systems

Coordinate Systems - Introduction Video

Coordinate System - Text Book to prepare Note

Differential Length, Area and Volume

Vector Calculus - Text Book to Prepare Note

Assignment Differential Length

Line Integral - Video Tutorial

Surface Integral - Video Tutorial

Gradient, Divergence and Curl

Divergence - Activity

Curl of a Vector - Activity

Unit 2: Electrostatics

Plus Two Book to Read

Electrostatics Reading Material - Mathew N Sadiku

Coulomb's Law and Electric fields

Electrostatics and Coulomb's law

Electric Field Problems and Solution

Simulation of Electrostatics

Assignment

Potential - Videos

Gauss's Law

Electric Flux and Flux Density

Gauss's Law - Introduction

Gauss's Law - Video

Gauss's Law Problems and Solution

Conductor Dielectrics and Capacitors

Conductors and Dielectrics - Reading Materials

Dielectric Material

Capacitor - Video Tutorials

conductors and properties of conductors.

Unit 3: Magnetostatics

Magnetostatics Video Resources

Magnetostatics - Book

Magnetostatics - Activity

Understanding Vector Basics

Coordinate systems and transformations

Vector Calculus

Electrostatics

Electrostatics - 2

Magnetostaics - Week 2

Magnetic Forces and Boundary Conditions

Electromagnetic Waves

Course Informations

1. Problem 1 - E field due to one charge