Chapter 1 – Physical Quantities and Measurements

• 1. SI Base Units of Derived Quantities
• 2. Dimensional Homogeneity
• 3. Formula Derivation by Dimensional Analysis
• 4. Accuracy and Precision
• 5. Uncertainty in Derived Quantities
• 6. Measurement Uncertainty
• 7. Test Yourself – Unit 1

Chapter 2 – Vectors

• 1. Vector Components in 2-D
• 2. Dot and Cross Products of Vectors
• 3. Test Yourself – Unit 2

Chapter 3 – Translatory Motion

• 1. Equations of Motion
• 2. Projectile Motion
• 3. Air Resistance in Projectile Motion
• 4. Elastic Collisions
• 5. Momentum and Kinetic Energy in Collisions
• 6. Test Yourself – Unit 3

Chapter 4 – Rotational and Circular Motion

• 1. Angles in Radians
• 2. Angular Displacement, Velocity and Acceleration
• 3. Equations of Angular Motion
• 4. Motion in a Curved Path
• 5. Centripetal Force
• 6. Centripetal Force in Circular Motion
• 7. Weightlessness in Satellites
• 8. Artificial Gravity
• 9. Moment of Inertia and Angular Momentum
• 10. Torque and Angular Acceleration
• 11. Conservation of Angular Momentum
• 12. Centrifugation
• 13. Test Yourself – Unit 4

Chapter 5 – Work and Energy

• 1. Kinetic Energy
• 2. Work from Force–Displacement Graphs
• 3. Conservative and Non-Conservative Forces
• 4. Work–Energy Theorem in Resistive Media
• 5. Test Yourself – Unit 5

Chapter 6 – Fluid Mechanics

• 1. Archimedes’ Principle and Flotation
• 2. Engineering of Floating Ships
• 3. Ideal Fluid and Streamline Flow
• 4. Equation of Continuity
• 5. Flow Velocity in a Narrow Pipe
• 6. Continuity and Conservation of Mass
• 7. Bernoulli’s Equation
• 8. Viscosity of Real Fluids
• 9. Viscous Drag Force
• 10. Superfluidity
• 11. Applications of Bernoulli Effect
• 12. Test Yourself – Unit 6

Chapter 7 – Physics of Solids

• 1. Structures of Solids
• 2. Tensile and Compressive Deformation
• 3. Stress, Strain and Young Modulus
• 4. Young Modulus Experiment
• 5. Elastic and Plastic Deformation
• 6. Work from Force–Extension Graph
• 7. Elastic Potential Energy
• 8. Test Yourself – Unit 7

Chapter 8 – Heat and Thermodynamics

• 1. Thermal Equilibrium
• 2. Temperature and Internal Energy
• 3. Ideal Gas Equation
• 4. Boltzmann Constant
• 5. Kinetic Theory of Gases
• 6. Work Done by a Gas
• 7. Work Done by and on a Gas
• 8. First Law of Thermodynamics
• 9. Pressure, Volume and Temperature Relations
• 10. Pressure–Volume Relationship
• 11. First Law and Conservation of Energy
• 12. Temperature Rise and Internal Energy
• 13. Heat Engines
• 14. Reversible and Irreversible Processes
• 15. Second Law of Thermodynamics
• 16. Carnot Engine
• 17. Refrigerators as Reverse Heat Engines
• 18. Temperature and Disorder
• 19. Entropy and Energy Degradation
• 20. Energy Degradation in Natural Processes
• 21. Increasing Disorder of Systems
• 22. Entropy and Disorder
• 23. Carnot Cycle Efficiency
• 24. Test Yourself – Unit 8

Chapter 9 – Waves

• 1. Wave Intensity and Amplitude
• 2. Doppler Effect
• 3. Doppler Effect Formula
• 4. Applications of Doppler Effect
• 5. Polarization of Waves
• 6. Malus’s Law
• 7. Superposition of Waves
• 8. Constructive and Destructive Interference
• 9. Noise-Canceling Headphones
• 10. Formation of Stationary Waves
• 11. Harmonics in Stationary Waves
• 12. Diffraction of Waves
• 13. Coherence
• 14. Beats
• 15. Beats in Musical Instruments
• 16. Applications of Polaroids
• 17. Gravitational Waves
• 18. Test Yourself – Unit 9

Chapter 10 – Electrostatics

• 1. Electric Field as a Field of Force
• 2. Electric Field Strength
• 3. Electric Field Lines
• 4. Motion of Charged Particles in Electric Fields
• 5. Charged Spherical Conductors
• 6. Faraday Cage
• 7. Coulomb’s Law
• 8. Electric Field Due to a Point Charge
• 9. Test Yourself – Unit 10

Chapter 11 – Electricity

• 1. Current and Drift Velocity
• 2. Potential Difference
• 3. Electric Power
• 4. Resistance and Resistivity
• 5. Light-Dependent Resistor (LDR)
• 6. Electromotive Force (e.m.f.)
• 7. e.m.f. and Potential Difference
• 8. Internal Resistance and Terminal Voltage
• 9. Kirchhoff’s First Law
• 10. Kirchhoff’s Second Law
• 11. Resistors in Series
• 12. Resistors in Parallel
• 13. Kirchhoff’s Laws in Circuits
• 14. Potentiometer Principle
• 15. Galvanometer and Null Methods
• 16. Thermistors and LDR Potential Dividers
• 17. Carbon-Fiber Bridge Monitoring
• 18. Test Yourself – Unit 11

Chapter 12 – Electromagnetism

• 1. Magnetic Fields
• 2. Force on a Current-Carrying Conductor
• 3. Magnetic Force and Fleming’s Left-Hand Rule
• 4. Magnetic Flux Density
• 5. Force on a Moving Charge
• 6. Charged Particle Motion in a Magnetic Field
• 7. Velocity Selector
• 8. Magnetic Field Patterns
• 9. Magnetic Field of a Solenoid with Ferrous Core
• 10. Forces Between Current-Carrying Conductors
• 11. Magnetic Flux
• 12. Magnetic Flux Calculations
• 13. Magnetic Flux Linkage
• 14. Faraday’s and Lenz’s Laws
• 15. Electromagnetic Induction Problems
• 16. Seismometers and Electromagnetic Induction
• 17. Test Yourself – Unit 12

Chapter 13 – Relativity

• 1. Inertial and Non-Inertial Frames
• 2. Constancy of the Speed of Light
• 3. Relativity of Space and Time
• 4. Postulates of Special Relativity
• 5. Consequences of Special Relativity
• 6. Test Yourself – Unit 13

Chapter 14 – Particle Physics

• 1. Conservation of Nucleon Number and Charge
• 2. Alpha, Beta and Gamma Radiations
• 3. Antiparticles
• 4. Neutrinos in Beta Decay
• 5. Alpha and Beta Energy Spectra
• 6. Quarks and Antiquarks
• 7. Quark Composition of Protons and Neutrons
• 8. Hadrons, Baryons and Mesons
• 9. Quark Changes in Beta Decay
• 10. Leptons
• 11. Exchange Particles and Force Carriers
• 12. Higgs Boson
• 13. Particle–Antiparticle Pairs
• 14. Quark Composition of Protons and Neutrons
• 15. Hadrons, Baryons and Mesons
• 16. Annihilation Reactions
• 17. Test Yourself – Unit 14