Master The Fundamentals Of Electromagnetism And Em-Induction

Learn the Fundamentals of Electromagnetism and Electromagnetic Induction through video lectures, tutorials and quizzes!

What you'll learn
Magnetic Field and Magnetic Flux Density
Right-Hand Grip Rule
Effects on Charged Particles in a Magnetic Field and Electric Field
Fleming's Left-Hand Rule and Right-Hand Rule
The Velocity Selector
Magnetic Flux Linkage
Phenomenon of Electromagnetic Induction
Faraday's Laws and Lenz's Law
Applications of Electromagnetism and Electromagnetic Induction (i.e Transformers)
DC Motor
AC Generator
Requirements
Basic fundamentals from secondary school Physics
Basic secondary school Mathematics
Description
Dear students,Welcome to this course "Master the Fundamentals of Electromagnetism and *EM-Induction"!This course is designed specially for students who are: doing college-level physics, taking their IGCSE/GCE A level Physics, the IB HL/SL Physics examinations or simply anyone who is interested to learn the basics of Electromagnetism and EM-Induction.At the end of the course, and depending on which exams you are taking, you will learn most/all of the following:Magnetic Field and Magnetic Flux DensityThe Right-Hand Grip RuleFleming's Left-Hand Rule and Right-Hand RuleForce on a Current-Carrying Conductor in a Magnetic FieldMeasurement of Magnetic Flux Density using Current BalanceForce on a Mobile Charge in a Magnetic FieldEffects on Charged Particles due to Electric Field and Magnetic FieldThe Velocity SelectorApplication of Electromagnetism (DC Motor and Circuit Breaker)Introduction to Magnetic Flux Linkage and its SI UnitPhenomenon of Electromagnetic InductionFaraday's Laws and Lenz's LawElectromagnetic Induction (Motional Magnetic Field and EMF)Applications of Electromagnetic Induction (AC Generator, Eddy Current Braking and Transformers)Along the way, there will be video lectures, tutorial questions and quizzes for you to get familiarized with the concepts relating to Electromagnetism and Electromagnetic Induction. I will also add bonus lectures in the near future to further enhance your understanding of the topics and problem-solving techniques. If you encounter any problems, please do not hesitate to contact me for more clarifications. I hope that you will find this course useful in your academic and professional pursuits. Enjoy the course! Cheers! ;-DDr Ling, PhD*EM-Induction means Electromagnetic Induction

Overview

Section 1: Magnetic FIeld

Lecture 1 Introduction to Magnetic Field

Lecture 2 The Right-Hand Grip Rule

Section 2: Magnetic Flux Density

Lecture 3 Introduction to Magnetic Flux Density

Lecture 4 Effects of Iron on Magnetic Field

Lecture 5 Effect of Magnetic Force on Poles and Current

Lecture 6 Fleming's Left-Hand Rule

Lecture 7 Force on a Conductor in a Magnetic Field

Lecture 8 Magnetic Flux Density Definition and Unit

Lecture 9 Measurement of Magnetic Flux Density using Current Balance

Lecture 10 Force on a Mobile Charge in a Magnetic Field

Section 3: Effects of Magnetic Field and Electric Field on Charged Particles

Lecture 11 Effects on Charged Particles (Inside a Uniform Electric Field)

Lecture 12 Effects on Charged Particles (Inside a Uniform Magnetic Field)

Lecture 13 Effects on Charged Particles (Velocity Perpendicular to Magnetic Field)

Lecture 14 Effects on Charged Particles (Velocity Component along Magnetic Field)

Lecture 15 Comparisons of Charged Particles in Electric and Magnetic Fields

Lecture 16 The Velocity Selector

Section 4: Applications of Electromagnetism

Lecture 17 The DC Motor

Lecture 18 The Circuit Breaker

Section 5: Tutorial 1 and Quiz 1

Lecture 19 Tutorial 1

Section 6: Magnetic Flux

Lecture 20 Introduction to Magnetic Flux

Lecture 21 Magnetic Flux Linkage

Section 7: Electromagnetic Induction

Lecture 22 Electromagnetic Induction (Faraday's Laws)

Lecture 23 Electromagnetic Induction (Lenz's Law)

Lecture 24 Electromagnetic Induction (Fleming's Right-Hand Rule)

Lecture 25 Electromagnetic Induction (Motional Magnetic Field and EMF)

Section 8: Applications of Electromagnetic Induction

Lecture 26 The AC Generator

Lecture 27 Eddy Currents

Lecture 28 Transformers

Section 9: Tutorial 2 and Quiz 2

Lecture 29 Tutorial 2

Lecture 30 Solutions to the Quizzes

Section 10: Problem-Solving Lectures

Lecture 31 Lecture 31: Problem-Solving 1

Lecture 32 Lecture 32: Problem-Solving 2

Lecture 33 Lecture 33: Problem-Solving 3

GCE 'A' level H2/H1 Physics students,IB HL/SL Physics students,IGCSE 'A' level students,Any learner who needs a good foundation in Electromagnetism and Electromagnetic Induction