Simple Harmonic Motion (UNIVERSITY PHYSICS) - Karthikeya

📘 Module 1: Foundations of A & AS Level Physics

• Introduction to the Cambridge A & AS Level Physics syllabus

• Key learning outcomes & assessment objectives

• Understanding scientific notation, units & measurements

• Scalars, vectors & graphical analysis

• Error analysis, uncertainties & precision

📘 Module 2: Mechanics

• Kinematics: Displacement, velocity & acceleration

• Equations of motion

• Dynamics: Force, mass & acceleration

• Newton’s laws of motion

• Momentum, impulse & collisions

• Work, energy & power

• Circular motion & centripetal force

• Gravitational fields & orbital motion

📘 Module 3: Electricity

• Electric fields & electric force

• Electric potential & potential difference

• Current, resistance & resistivity

• Ohm’s law and I–V characteristics

• Series & parallel circuits

• Kirchoff’s laws

• Power & energy in circuits

• Electromotive force (emf) & internal resistance

📘 Module 4: Waves & Oscillations

• Characteristics of waves

• Wave equation & wave speed

• Superposition & interference

• Stationary waves

• Reflection, refraction & diffraction

• Simple harmonic motion (SHM) & its applications

• Resonance & natural frequency

📘 Module 5: Thermal Physics

• Temperature scales & thermal equilibrium

• Kinetic theory of gases

• Internal energy & specific heat capacity

• Latent heat: fusion & vaporization

• Gas laws: Boyle’s, Charles’, Pressure law

• Ideal gas equation & applications

📘 Module 6: Modern & Quantum Physics

• Photoelectric effect

• Wave-particle duality

• Energy levels & spectral lines

• Nuclear physics fundamentals

• Radioactivity, half-life & decay equations

• Binding energy & nuclear stability

📘 Module 7: Fields

• Gravitational fields

• Electric fields

• Magnetic fields

• Force on a current-carrying conductor

• Electromagnetic induction

• Faraday’s & Lenz’s laws

• Alternating current (AC) fundamentals

📘 Module 8: Practical Skills & Experiments

• Planning & designing experiments

• Using laboratory equipment safely

• Data collection & interpretation

• Graphs, calculations & analysis

• Common practical exam questions

• Improving accuracy & reducing errors

📘 Module 9: Exam Preparation & Strategy

• Understanding question patterns (Paper 1, 2, 3 & 4)

• Time management techniques

• How to write high-scoring answers

• Concept-based revision strategy

• Solving past papers & examiner-style questions

📘 Module 10: Real-World Applications

• Physics in engineering

• Physics in medicine (MRI, X-Rays, Lasers)

• Physics in space science

• Physics in electronics & communication

• Research pathways after A Level Physics