• 1D Motion & The “Big 4”Free fall, acceleration, and choosing formulas.
• Motion Graphs (x-t, v-t)How to read slope and area. The #1 MCQ topic.
• Vectors & Projectile Motion2D motion and angled launches.

• Newton’s Laws & FBDsThe 3 Laws and Mass vs. Weight.
• Friction TypesStatic vs Kinetic. Slipping points.
• Tension & InclinesRamps, pulleys, and Atwood machines.

• Uniform Circular MotionCentripetal force and banked curves.
• Universal GravitationNewton’s Law and Field Strength (g).
• Orbits & Kepler’s LawsSatellite velocity and periods.

• Work, Power & EnergyCalculating Work (Fd cos θ) and Watts.
• Conservation of EnergySolving rollercoasters and springs (Ei = Ef).

• Momentum & ImpulseChange in momentum and F-t graphs.
• Conservation & CollisionsElastic vs. Inelastic collisions.

• Springs & PendulumsFinding Period (T) and Frequency.
• Energy & GraphsPosition, velocity, and energy graphs.

• Torque & EquilibriumBalancing levers and seesaws.
• Rotational EnergyRolling motion (Iω²) and Inertia.
• Angular MomentumConservation for spinning systems.

• Density & PressureHydrostatic pressure and Pascal’s Principle.
• BuoyancyFloating objects and apparent weight.
• Bernoulli’s EquationContinuity and Energy conservation.

Heat, Temperature, and Kinetic Theory.

• Ideal Gas Law & PV Diagrams
• First Law of Thermodynamics

Electrostatics and Electric Fields.

• Electric Charge & Force
• Electric Potential (Voltage)

Complex circuits and capacitors.

• Kirchhoff’s Rules
• RC Circuits (Steady State)

Fields, Forces, and Induction.

• Magnetic Fields & Forces
• Electromagnetic Induction

Light, Mirrors, and Lenses.

• Reflection & Refraction
• Mirrors & Lenses

Physical Optics and Interference.

• Interference & Diffraction
• Polarization

Quantum and Nuclear Physics.

• Photoelectric Effect
• Nuclear Reactions (E=mc²)