Ch 1
ELECTRIC CHARGES AND FIELDS
1
Fundamentals of Electric Charge
✓ Completed
2
Material Properties and Coulomb’s Law
✓ Completed
3
Vector Forces and Superposition
✓ Completed
4
Electric Field and Dipoles
✓ Completed
5
Flux and Gauss’s Law
✓ Completed
Ch 2
ELECTROSTATIC POTENTIAL AND CAPACITANCE
1
Electrostatic Potential Foundations
✓ Completed
2
Point Charges and Dipoles
✓ Completed
3
Equipotentials and Energy
✓ Completed
4
Conductors and Dielectrics
✓ Completed
5
Capacitance and Energy Storage
✓ Completed
Ch 3
CURRENT ELECTRICITY
1
Fundamentals of Electric Current
✓ Completed
2
Ohm’s Law and Resistance
✓ Completed
3
Electron Dynamics and Drift
✓ Completed
4
Material Properties and Power
✓ Completed
5
Circuits and Measurement
✓ Completed
Ch 4
MOVING CHARGES AND MAGNETISM
1
Fundamentals of Magnetism
✓ Completed
2
The Lorentz Force
✓ Completed
3
Biot-Savart Law
✓ Completed
4
Ampere’s Circuital Law
✓ Completed
5
Current Loop Dipoles and Meters
✓ Completed
Ch 5
MAGNETISM AND MATTER
1
Bar Magnet Properties and Fundamentals
✓ Completed
2
Dipole Dynamics and Electrostatic Analogs
✓ Completed
3
Gauss’s Law and Field Line Topology
✓ Completed
4
Magnetization and Material Intensity
✓ Completed
5
Classification of Magnetic Materials
✓ Completed
Ch 6
ELECTROMAGNETIC INDUCTION
1
Fundamentals of Electromagnetic Induction
✓ Completed
2
Faraday’s Laws and Lenz’s Law
✓ Completed
3
Motional EMF and Lorentz Force
✓ Completed
4
Mutual and Self Inductance
✓ Completed
5
AC Generator Technology
✓ Completed
Ch 7
ALTERNATING CURRENT
1
Foundations of Alternating Current
✓ Completed
2
Pure Inductive and Capacitive Circuits
✓ Completed
3
Series LCR Circuits and Resonance
✓ Completed
4
Power Dissipation and Power Factor
✓ Completed
5
Transformers and Energy Transmission
✓ Completed
Ch 8
ELECTROMAGNETIC WAVES
1
Foundations of Electromagnetism
✓ Completed
2
Electromagnetic Wave Theory
✓ Completed
3
The Electromagnetic Spectrum
✓ Completed
4
Mathematical Principles and Laws
✓ Completed
5
Technological Evolution and Scientists
✓ Completed
Ch 9
RAY OPTICS AND OPTICAL
1
Reflection and Spherical Mirrors
✓ Completed
2
Refraction and Total Internal Reflection
✓ Completed
3
Spherical Refraction and Lenses
✓ Completed
4
Lens Combinations and Prisms
✓ Completed
5
Optical Instruments
✓ Completed
Ch 10
WAVE OPTICS
1
Historical Models and Electromagnetic Theory
✓ Completed
2
Huygens Principle and Wavefronts
✓ Completed
3
Refraction and Reflection Laws
✓ Completed
4
Interference and Superposition
✓ Completed
5
Diffraction and Polarisation
✓ Completed
Ch 11
DUAL NATURE OF RADIATION AND MATTER
1
Historical Discoveries and Electron Properties
✓ Completed
2
Electron Emission and Photoelectric Observations
✓ Completed
3
Experimental Study of Photoelectric Effect
✓ Completed
4
Einstein’s Quantum Theory and Photons
✓ Completed
5
Dual Nature of Matter and De Broglie
✓ Completed
Ch 12
ATOMS
1
Early Atomic Theory
✓ Completed
2
Alpha-Particle Scattering
✓ Completed
3
Rutherford Nuclear Model
✓ Completed
4
Bohr Model Postulates
✓ Completed
5
Spectral Series and Duality
✓ Completed
Ch 13
NUCLEI
1
Atomic Structure and Masses
✓ Completed
2
Nuclear Dimensions and Density
✓ Completed
3
Mass-Energy and Binding
✓ Completed
4
Nuclear Forces and Stability
✓ Completed
5
Nuclear Reactions and Radioactivity
✓ Completed
Ch 14
“SEMICONDUCTOR ELECTRONICS: MATERIALS, DEVICES AND SIMPLE CIRCUITS
1
Fundamentals and Materials
✓ Completed
2
Band Theory and Intrinsic Properties
✓ Completed
3
Extrinsic and Doping Concepts
✓ Completed
4
Junction Formation and Physics
✓ Completed
5
Diode Applications and Circuits
✓ Completed