Understanding the basics of electronics and its components.
How to calculate and apply moments of forces in real-world scenarios.
Insights into nuclear physics, including fission, fusion, and radioactive decay.
Mastery of uniform circular motion and its principles.
Knowledge of the electromagnetic spectrum and its practical uses.
Distinction between analogue and digital electronics.
Fundamentals of magnetism and methods of demagnetization.
Course Content
Electromagnetic Waves
Electromagnetic waves (EM waves) are waves that can travel through a vacuum, unlike sound waves which require a medium. They are generated by vibrating electric charges and consist of both electric and magnetic components.
Introduction
00:00
Sources and Detection
00:00
Applications of Electromagnetic Waves
00:00
ELECTROMAGNETIC DOMAIN THEORY
DOMAIN THEORY
00:00
CURRENT-CARRYING CONDUCTORS
00:00
ELECTROMAGNETIC INDUCTION
00:00
TRANSFORMERS
00:00
Magnetic and Electromagnetism
Magnetism
00:00
Methods of Making a Magnet
00:00
Soft and Hard Magnetic Materials
00:00
Demagnetization
00:00
Electronics
Electronics Overview
00:00
Conductors, Semiconductors, and Insulators
00:00
Diodes and Their Operation
00:00
Electronic Components
00:00
Types of Extrinsic Semiconductors
00:00
Applications of Diodes
00:00
Analog and Digital Electronics
Analogue Electronics:
00:00
Digital Electronics:
00:00
Characteristics
00:00
Differences Between Analogue and Digital Circuits:
00:00
Moments of Forces
Definition:
00:00
Principle of Moments
00:00
Force and Torque
00:00
Applications of the Principle of Moments
00:00
Centre of Mass
00:00
Uniform Circular Motion
Definition:
00:00
Centripetal Force
00:00
Applications
00:00
Electromagnetic Domain Theory II
Comprehensive domain theory
00:00
Nuclear Physics
Nuclear Physics Overview:
00:00
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