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Physics
164 Modules • 5 Lessons • Structured Learning
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1. Understanding Physical Quantities
2. Units, Measurement & Estimation
3. Accuracy, Precision & Measurement Error
4. Scalars, Vectors & Direction
5. Graphs and Mathematical Language of Physics
6. Position, Distance & Displacement
7. Speed & Velocity
8. Acceleration
9. Motion in One Dimension
10. Motion in Two Dimensions & Projectile Motion
11. Force and Interaction
12. Newton's Laws of Motion
13. Friction, Tension & Applications of Newton's Laws
14. Circular Motion
15. Work
16. Energy
17. Power & Efficiency
18. Linear Momentum & Collisions
19. Centre of Mass
20. Rotational Motion
21. Torque & Rotational Dynamics
22. Moment of Inertia
23. Angular Momentum
24. Gravitation
25. Equilibrium & Statics
26. Elasticity & Properties of Solids
27. Fluid Statics
28. Fluid Dynamics
29. Periodic Motion
30. Simple Harmonic Motion
31. Damped & Forced Oscillations
32. Mechanical Waves
33. Wave Equation & Wave Properties
34. Superposition & Standing Waves
35. Sound
36. Resonance, Beats & Doppler Effect
37. Temperature & Thermal Equilibrium
38. Heat & Heat Transfer
39. Thermal Expansion & Calorimetry
40. Kinetic Theory of Gases
41. Ideal Gases
42. First Law of Thermodynamics
43. Thermodynamic Processes
44. Second Law of Thermodynamics
45. Entropy & Heat Engines
46. Electric Charge
47. Coulomb's Law
48. Electric Field
49. Electric Flux & Gauss's Law
50. Electric Potential
51. Capacitance & Dielectrics
52. Electric Current
53. Resistance & Resistivity
54. DC Circuits
55. Kirchhoff's Laws & Network Analysis
56. Introduction to Magnetism
57. Magnetic Force
58. Motion of Charges in Magnetic Fields
59. Magnetic Fields Produced by Currents
60. Biot–Savart Law
61. Ampère's Law
62. Magnetism in Matter
63. Electromagnetic Induction
64. Faraday's & Lenz's Laws
65. Inductance
66. Alternating Current
67. Maxwell's Equations
68. Electromagnetic Waves
69. Nature of Light
70. Reflection
71. Refraction
72. Mirrors
73. Lenses & Image Formation
74. Optical Instruments
75. Wave Nature of Light
76. Interference
77. Diffraction
78. Polarization
79. Resolution & Diffraction Gratings
80. Mathematical Methods for Physics
81. Vector Calculus for Physics
82. Differential Equations in Physical Systems
83. Fourier Analysis & Normal Modes
84. Advanced Newtonian Mechanics
85. Central-Force Motion
86. Lagrangian Mechanics
87. Hamiltonian Mechanics
88. Rigid-Body Dynamics
89. Classical Space & Time
90. Foundations of Special Relativity
91. Lorentz Transformations
92. Time Dilation & Length Contraction
93. Relativistic Momentum & Energy
94. Relativistic Dynamics
95. Failure of Classical Physics
96. Blackbody Radiation
97. Photoelectric Effect
98. Compton Effect
99. Atomic Spectra
100. Bohr Model
101. Matter Waves
102. Wave–Particle Duality
103. Quantum States & Wave Functions
104. Probability in Quantum Mechanics
105. Operators & Observables
106. Heisenberg Uncertainty Principle
107. Schrödinger Equation
108. Particle in a Box
109. Potential Barriers & Quantum Tunnelling
110. Quantum Harmonic Oscillator
111. Angular Momentum in Quantum Mechanics
112. Spin
113. Hydrogen Atom
114. Atomic Structure
115. Multi-Electron Atoms
116. Atomic Spectra
117. Molecular Structure & Bonding
118. Molecular Spectra
119. Nuclear Structure
120. Radioactivity
121. Nuclear Reactions
122. Nuclear Fission
123. Nuclear Fusion
124. Introduction to Condensed Matter
125. Crystal Structure
126. Crystal Diffraction
127. Band Theory of Solids
128. Conductors, Insulators & Semiconductors
129. Semiconductor Physics
130. Magnetism in Solids
131. Superconductivity
132. Semiconductor Devices
133. Diodes
134. Transistors
135. Amplifiers
136. Operational Amplifiers
137. Digital Electronics
138. Logic Gates & Digital Systems
139. Sensors & Instrumentation
140. Probability for Physical Systems
141. Microstates & Macrostates
142. Statistical Interpretation of Entropy
143. Maxwell–Boltzmann Statistics
144. Bose–Einstein Statistics
145. Fermi–Dirac Statistics
146. Applications of Statistical Mechanics
147. Elementary Particles
148. Fundamental Interactions
149. Standard Model Introduction
150. Quarks & Leptons
151. Symmetries & Conservation Laws
152. Introduction to Astrophysics
153. Stars & Stellar Physics
154. Introduction to Cosmology
155. Expanding Universe
156. Experimental Measurement & Uncertainty
157. Data Analysis for Physics
158. Experimental Design
159. Laboratory Instruments
160. Oscilloscope & Electronic Measurements
161. Computational Thinking in Physics
162. Numerical Methods
163. Physics Simulation
164. Scientific Computing Project
01
Understanding Physical Quantities
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Units, Measurement & Estimation