الفيزياء (اختياري مسار الطب) — الصف الثاني الثانوي

Every lesson keeps the book's cycle: a phenomenon to predict, a measurement, then the named concept, a worked example and an exam-style application.

Estimated duration: full year ≈ 30 weeks (45 academy lessons, one per book lesson)

What you will learn

• Add and resolve velocity vectors, find relative velocity, and analyse horizontal and angled projectiles (time of flight, maximum height, range)
• Calculate torque, apply both equilibrium conditions with free-body diagrams, and calculate power and efficiency (Sankey diagrams)
• Apply momentum, impulse (J = FΔt = Δp) and conservation of momentum; distinguish elastic and inelastic collisions and the kinetic energy lost
• Analyse uniform circular motion (T, f, ω, v, centripetal acceleration and force), horizontal and vertical circles, Kepler's laws and universal gravitation
• Identify simple harmonic motion and calculate the periods of a mass–spring system and a simple pendulum
• Describe waves (v = fλ, transverse / longitudinal), superposition, standing waves, refraction of waves, sound interference and the Doppler effect
• Apply Snell's law and total internal reflection, the thin-lens equation with the book's sign convention, and Young's double slit
• Apply the gas laws and PV = nRT, the kinetic model, internal energy, heat and work in gas processes, and molar heat capacities (Mayer's relation)
• Apply Coulomb's law, electric field and potential, uniform fields (V = Ed), energy of moving charges and capacitors; convert a galvanometer to an ammeter / voltmeter and apply Kirchhoff's laws
• Calculate magnetic fields of currents (H, B = μH), forces on currents and moving charges, induced and self-induced emf; photon energy, the photoelectric effect, X-rays and matter waves

Who it is for: Medicine-track Baccalaureate S2 students who chose Physics as their elective

Prerequisites: S1 mathematics (trigonometry, equations) and integrated science