Contents

Technical Mathematics For Electronics
1. Algebra Review
1.1. Quadratic Equations
1.2. Equation of a Straight Line
1.3. Graphical and Algebraic Representation of Voltage and Current Waveforms

2. Systems of Linear Equations and DC Networks

2.1. Solve Systems of Equations using Graphical Methods
2.2. Solve Systems of Equations using Substitution Methods
2.3. Solve Systems of Equations using Elimination Methods
2.4. Gauss and Gauss-Jordan Elimination Methods of Solving Linear System of Equations
2.4.1. Solve Systems of Equations using Gauss Elimination 
2.4.2. Solve Systems of Equations using Gauss-Jordan Elimination
2.5. Use Cramer's Rule to express the solution of a system in Determinant Form
2.5.1. Solving a 2x2 system of equations using determinants
2.5.2. Solving a 3x3 system of equations using determinant
2.6. Evaluate a Determinant of any Order
2.7. Redundant and Inconsistent Systems
 



Physics

1. Measurement and Units

1.1. Scientific Method

1.2. Measurement

Circuit Analysis

1. Introduction
1.1. Force between Charges
1.2. Voltaic Cell
1.3. Electromagnetism

1.4. Magnetic Effects

1.5. Ohm's Law

1.6. Electromagnetic Induction

1.7. Capacitor

1.8. Maxwell's Equations

1.9. Electromagnetic Theory of Light

1.10. Microwaves

1.11. Laws of Voltages and Currents

1.12. X-Rays

1.13. Electricity

1.14. Electronics

1.15. Power Generation and Distribution

1.16. Communication Systems

1.17. Edison Effect - Transmission of Radio Waves

1.18. Transmission of Radio Waves

1.19. Electromagnetic Induction

1.20. Electromagnetic Induction

3. Resistance

3.1. Memristor