Physics WAEC - Online Preparation & Practice Tests

2-Year Course | 5 Hours per Week | Core & Extended Coverage

WAEC Physics Examination · 2 years (3 terms per year, 6 terms total)

What you'll learn - curriculum-aligned WAEC Physics

WAEC Physics. 2-Year Course | 5 Hours per Week | Core & Extended Coverage. WAEC Physics Examination. 2 years (3 terms per year, 6 terms total). 5 hours per week. ~360 hours over 2 years

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Free WAEC Physics lessons

Physics WAEC course - lessons, practice, and exam confidence

Syllabus & topics - revision notes and practice tests

Topics & modules

Week 1: Introduction to Physics & MatterLesson 1.1 Introduction to Physics and Scientific Method; Lesson 1.2 Structure and States of Matter; Lesson 1.3 Kinetic Theory Applications; Lesson 1.4 Brownian Motion and Evidence for Particles; Lesson 1.5 Crystalline vs Amorphous Structures
Week 2: Fundamental Quantities and MeasurementLesson 2.1 Fundamental Quantities and SI Units; Lesson 2.2 Derived Quantities and Dimensional Analysis; Lesson 2.3 Precision and Accuracy in Measurements; Lesson 2.4 Measuring Instruments and Their Precision; Lesson 2.5 Position, Distance, and Direction
Week 3: Mass, Weight, and TimeLesson 3.1 Mass vs Weight Concepts; Lesson 3.2 Time Measurement Methods; Lesson 3.3 Density and Relative Density; Lesson 3.4 Fluid Properties Introduction; Lesson 3.5 Pascal's Principle and Applications
Week 4: Pressure and Fluid StaticsLesson 4.1 Pressure in Fluids - Depth Dependence; Lesson 4.2 Atmospheric Pressure and Barometers; Lesson 4.3 Manometers and Pressure Measurement; Lesson 4.4 Archimedes' Principle; Lesson 4.5 Flotation and Applications
Week 5: Types of MotionLesson 5.1 Classification of Motion Types; Lesson 5.2 Relative Motion Concepts; Lesson 5.3 Forces as Cause of Motion; Lesson 5.4 Static and Dynamic Friction; Lesson 5.5 Friction Applications and Reduction
Week 6: Viscosity and Circular MotionLesson 6.1 Viscosity in Fluids; Lesson 6.2 Introduction to Circular Motion; Lesson 6.3 Centripetal Force Concepts; Lesson 6.4 Banking of Roads; Lesson 6.5 Review - Motion and Forces
Week 7: Speed, Velocity, and AccelerationLesson 7.1 Speed vs Velocity Concepts; Lesson 7.2 Uniform and Non-uniform Motion; Lesson 7.3 Distance-Time and Displacement-Time Graphs; Lesson 7.4 Acceleration and Deceleration; Lesson 7.5 Velocity-Time Graphs
Week 8: Equations of MotionLesson 8.1 Deriving Equations of Uniform Acceleration; Lesson 8.2 Applying Kinematic Equations; Lesson 8.3 Motion Under Gravity; Lesson 8.4 Projectile Motion Introduction; Lesson 8.5 Applications of Projectile Motion
Week 9: Scalars and VectorsLesson 9.1 Scalar vs Vector Quantities; Lesson 9.2 Vector Representation and Notation; Lesson 9.3 Vector Addition - Graphical Methods; Lesson 9.4 Vector Addition - Analytical Methods; Lesson 9.5 Vector Resolution
Week 10: Equilibrium of ForcesLesson 10.1 Principle of Moments; Lesson 10.2 Couples and Torque Applications; Lesson 10.3 Equilibrium Conditions; Lesson 10.4 Parallelogram and Triangle of Forces; Lesson 10.5 Centre of Gravity and Stability
Week 11: Simple Harmonic MotionLesson 11.1 Introduction to SHM; Lesson 11.2 SHM Characteristics - Period, Frequency, Amplitude; Lesson 11.3 Simple Pendulum; Lesson 11.4 Mass-Spring System; Lesson 11.5 Energy in SHM
Week 12: Forced Vibrations and Newton's LawsLesson 12.1 Forced Vibrations and Resonance; Lesson 12.2 Newton's First Law - Inertia; Lesson 12.3 Newton's Second Law - F=ma; Lesson 12.4 Newton's Third Law - Action-Reaction; Lesson 12.5 Term 1 Review and Assessment
Week 13: Forms of Energy and ConservationLesson 13.1 Forms of Energy Classification; Lesson 13.2 World Energy Resources; Lesson 13.3 Conservation of Energy Principle; Lesson 13.4 Work as Energy Transfer; Lesson 13.5 Gravitational Work
Week 14: Mechanical EnergyLesson 14.1 Potential Energy Concepts; Lesson 14.2 Kinetic Energy Analysis; Lesson 14.3 Conservation of Mechanical Energy; Lesson 14.4 Power Concepts and Calculations; Lesson 14.5 Energy Efficiency in Systems
Week 15: Simple MachinesLesson 15.1 Principles of Machines; Lesson 15.2 Levers and Their Applications; Lesson 15.3 Pulleys and Pulley Systems; Lesson 15.4 Inclined Planes and Wedges; Lesson 15.5 Wheel and Axle, Screws, and Gears

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