SS1 Physics Lessons Topics
First Trem
- 1. Definition And Branches of Physics
- 2. Fundamental Quantities And Their Units
- 3. Measurement Techniques And Instruments
- 4. Accuracy, Precision, And Significant Figures
- 5. Scientific Notation And Unit Conversions
- 6. Definition of Scalar And Vector Quantities
- 7. Differentiating Between Scalars And Vectors
- 8. Addition And Subtraction of Vectors
- 9. Resolution of Vectors Into Components
- 10. Vector Multiplication (Dot Product and Cross Product)
- 11. Definition of Motion And Types
- 12. Displacement, Velocity, And Acceleration
- 13. Graphical Analysis of Motion (Distance-time and Speed-time Graphs)
- 14. Equations of Motion (Constant Acceleration)
- 15. Free Fall And Projectile Motion
- 16. Applications And Examples of Motion In A Straight Line
- 17. Introduction To Forces
- 18. Contact And Non-contact Forces
- 19. Equilibrium of Forces
- 20. Newton's Laws of Motion
- 21. Inertia And Mass
- 22. Applications of Newton's Laws (Friction, Tension, Normal Force)
- 23. Definition of Work And Energy
- 24. Work-Energy Theorem
- 25. Kinetic And Potential Energies
- 26. Power And Its Units
- 27. Conservation of Mechanical Energy
- 28. Introduction To Pressure
- 29. Pressure In Fluids (Pascal's principle)
- 30. Atmospheric Pressure And Barometers
- 31. Buoyancy And Archimedes' Principle of Upthrust
- 32. Properties of Matter (Density, Specific Gravity)
Second Term
- 1. Introduction To Light And Its Properties
- 2. Reflection of Light (Laws of Reflection, Plane Mirrors)
- 3. Refraction of Light (Laws of Refraction, Lenses)
- 4. Optical Instruments (Microscopes, Telescopes)
- 5. Applications of Optics In Daily Life
- 6. Introduction To Sound Waves
- 7. Characteristics of Sound (Pitch, Frequency, Amplitude)
- 8. Wave Properties (Wavelength, period, speed)
- 9. Reflection, Refraction, And Diffraction of Sound Waves
- 10. Applications of Sound Waves (Music, Communication)
- 11. Electric Charge and Current
- 12. Ohm's Law and Resistors
- 13. Series and Parallel Circuits
- 14. Electric Power and Energy
- 15. Safety Precautions In Electrical Circuits
- 16. Introduction to Magnetism
- 17. Magnetic Fields and Forces
- 18. Permanent Magnets and Electromagnets
- 19. Electromagnetic Induction
- 20. Applications of Electromagnetism (Generators, Transformers)
- 21. Introduction to Heat and Temperature
- 22. Thermal Expansion and Contraction
- 23. Heat Transfer (Conduction, Convection, Radiation)
- 24. Laws of Thermodynamics
- 25. Applications of Thermodynamics in Everyday Life
- 26. Introduction to Atoms and Atomic Structure
- 27. Subatomic Particles (Protons, Neutrons, Electrons)
- 28. Atomic Models (Bohr Model, Quantum Mechanics)
- 29. Radioactivity and Nuclear Decay
- 30. Applications and Uses of Radioisotopes
Third Term
- 1. Interference of Light Waves
- 2. Young's Double-slit Experiment
- 3. Diffraction of Light Waves
- 4. Single-slit Diffraction
- 5. Polarisation of Light
- 6. Electric Circuits and Kirchhoff's Laws
- 7. Capacitors and Capacitance
- 8. Magnetic Fields and Forces on Charged Particles
- 9. Electromagnetic Induction and Faraday's Law
- 10. Transformers And Their Principles of Operation
- 11. Thermal Equilibrium and Temperature Scales
- 12. Heat Transfer (Conduction, Convection, Radiation)
- 13. Laws of Thermodynamics (First and Second Laws)
- 14. Heat Engines and Efficiency
- 15. Refrigeration And The Carnot Cycle
- 16. Introduction To Modern Physics
- 17. Quantum Theory and Energy Quantization
- 18. Photoelectric Effect and Einstein's Explanation
- 19. Dual Nature of Light And Matter (Wave-Particle Duality)
- 20. Atomic And Nuclear Structure (Bohr Model, Isotopes)
- 21. The Solar System And Its Components
- 22. Celestial Bodies (Stars, Galaxies, Comets, Asteroids)
- 23. Hubble's Law And The Expanding Universe
- 24. The Big Bang Theory And Cosmic Microwave Background
- 25. Space Exploration And Its Significance