Exam Sprint
No time for a full course — this path is triage. Each module hits the highest-yield ideas of a subject: the formulas you must know, the misconceptions that cost marks, and practice problems shaped like real exam questions. Finish with a full mixed review.
Module 1: Mechanics rapid review
The mechanics core: F = ma, energy, and momentum — the three tools that solve most exam problems.
Learn
- Newton's Second Law — F = ma Explained with Examples
- Friction Force — Static vs Kinetic Friction Explained
- Work-Energy Theorem — Work Equals Change in Kinetic Energy
- Conservation of Momentum — Collisions Explained
Practice
Module 2: Waves rapid review
v = fλ and the Doppler shift — quick marks if you know the patterns.
Learn
- Wave Speed, Frequency and Wavelength — v = fλ Explained
- The Doppler Effect — Why Pitch Changes with Motion
Practice
Module 3: Circuits rapid review
Circuit analysis under time pressure: series/parallel shortcuts and Kirchhoff's laws.
Learn
- Ohm's Law — V = IR Explained with Circuits and Examples
- Series vs Parallel Circuits — Rules, Formulas and Examples
- Kirchhoff's Laws — KCL and KVL with Worked Examples
Practice
Module 4: Thermodynamics rapid review
Q = mcΔT, the gas laws, and the first law — the thermodynamics essentials.
Learn
- Heat vs Temperature — What's the Difference?
- Specific Heat Capacity — Formula, Water's Value, and Uses
- Ideal Gas Law — PV = nRT Explained with Examples
Practice
Module 5: Optics rapid review
Ray diagrams, Snell's law, and the lens equation — draw first, calculate second.
Learn
- Law of Reflection — Angle of Incidence Equals Angle of Reflection
- Refraction and Snell's Law — Why Light Bends
- Lenses and Image Formation — Converging vs Diverging
Practice
Module 6: Modern physics rapid review
The modern physics greatest hits: photons, E = mc², and half-life math.
Learn
- Photoelectric Effect — Einstein's Photons Explained
- E = mc² — Mass-Energy Equivalence Explained
- Nuclear Decay and Half-Life — Alpha, Beta, Gamma
Practice
Module 7: Full mixed review
Mixed problems across everything — find your weak spots and patch them.
Learn
- Vectors vs Scalars — The Two Kinds of Quantities in Physics
- Significant Figures — Reporting Measurements Honestly