ELECTRICAL ENGINEERING EDUCATION

CHAPTER 11: Electromagnetic Field and Propagation.

The objectives:

- To learn about the behavior of electromagnetic waves
- To learn the behavior of electromagnetic waves when interact with different media; conductor, dielectric (lossy / lossless), and free space.
- To learn about Poynting ...

CHAPTER 10: FARADAY's LAW

What we learnt so far is time invariant field. Starting in Chapter 10, we will see the case time varying field. The objectives of Chapter 10 are as followed:

1- To identify the difference between the static field (electric and magnetic field) with the time varying field ...

CHAPTER 9: Magnetic Force and Materials

Chapter 9 discusses the principle of magnetic field acting on current carrying conductor Force is experience by the conductor carrying wire by 3 conditions that will be discussed later. We will also discuss the concept on inductor and magnetic energy stored ...

CHAPTER 8: Ampere's Law

In Chapter 7, you already learnt how to determine the magnetic field intensity using Biot Savart's Law. In Chapter 8, you will learn about Ampere's law to determine the magnetic field intensity. Ampere's law is a simple way to determine the magnetic field intensity ...

CHAPTER 7: Biot Savart's Law

Chapter 7 is the beginning of magnetostatics. You already learnt about electrostatic field and their properties. Electrostatic field produced by static charge. However, when the charge started moving with constant velocity, it become direct current, and direct current ...

CHAPTER 6: Laplace, Poisson, and Uniqueness Theorem

From Chapter 1 - 5, you already learnt the concept of vector and coordinate and its important to solve electrostatic problem. You also learnt about coulomb's law and gauss's law to find Electric field intensity, Electric flux density as well as ...

CHAPTER 5: Electrostatic Field in a Medium

Hello! For those who have followed my teaching video so far, we already learnt to find the electric field intensity for various charge systems but, in free space / vacuum. In Chapter 5, we will learn about Material. Materials can be classified into ...

CHAPTER 4: POTENTIAL

PART 1 - Energy

Chapter 4 discusses about the concept of potential. There are three different electric potentials that we will cover in this Chapter. Before that; we need to learn what is actually Potential / Electrical potential (Also known as Voltage) and how can we ...

Chapter 3: Gauss's Law (Part 1 - Introduction to Gauss's Law)

In Chapter 3, You will learn another method to find the Electric Field Intensity using Gauss's Law. Gauss's Law is much simple compare to Coulomb's Law. However, it only applicable for symmetrical charge systems.

In Part 1, You will ...

PART 1 - Overview + Introduction to Point Charge and Line Charge System

Coulomb's Law can be used to determine the intensity of Electric Field at certain point in a specific coordinate system. It is a universal Method that can be applied in various types of Charge Conditions.

In Part 1, you ...