Pancyprian Technical School Physics (4-hour) study guide
Pancyprian Technical School Physics (4-hour) · Work through your exam, one topic at a time.
The Pancyprian Technical School Physics examination (Φυσική Τεχνικών Σχολών, 4ωρο) is the nationally set written paper taken by students of Cyprus's technical upper-secondary schools (Τεχνικές Σχολές) as a subject examination within the Pancyprian Examinations system. It is aimed at candidates following technical specialisations - mechanical, electrical, civil and related engineering streams - who need a physics grade that reflects applied, calculation-based understanding rather than purely descriptive recall. The Pancyprian Technical School Physics (4-hour) study guide has 10 sections and about 4,324 words.
01Mechanics: Kinematics and Dynamics
This section covers motion in one and two dimensions and the forces that cause it. The exam asks you to select and apply the constant-acceleration equations, interpret motion graphs, resolve forces on inclines, and analyse connected bodies with Newton's second law.
439 words, about 2 min02Work, Energy, Power and Momentum
This domain links force and displacement to energy transfer, and force and time to momentum change. The exam asks you to calculate work, kinetic and potential energy, power and efficiency, and to apply conservation of momentum to collisions and explosions.
421 words, about 2 min03Circular Motion, Oscillations and Gravitation
This domain covers motion in a circle, simple harmonic motion (SHM), and gravitational fields and orbits. The exam asks you to relate angular speed, linear speed and centripetal force, to use SHM equations and period formulas, and to calculate gravitational field strength and orbital quantities.
404 words, about 2 min04Fluid Mechanics and Properties of Matter
This domain covers density and pressure in fluids, upthrust and floating, steady flow, and the elastic properties of solids. The exam asks you to calculate pressure at depth, apply Archimedes' principle, use the continuity equation, and determine stress, strain and the Young modulus.
419 words, about 2 min05Thermal Physics: Heat, Temperature and Gas Laws
This domain covers temperature and thermal equilibrium, specific heat capacity and latent heat, heat transfer, and ideal-gas behaviour. The exam asks you to calculate energy in heating and state changes, apply the gas laws with absolute temperature, and explain pressure using kinetic theory.
428 words, about 2 min06Electrostatics and Direct Current Circuits
This domain covers electric force and field, potential and capacitance, and direct-current circuits with resistance and internal resistance. The exam asks you to use Coulomb's law, field and potential relations, series and parallel rules, and Kirchhoff's laws to solve circuit problems.
434 words, about 2 min07Magnetism and Electromagnetic Induction
This domain covers magnetic fields and forces on currents and moving charges, magnetic flux, electromagnetic induction, and transformers. The exam asks you to apply F = BIL and F = qvB with directions, use Faraday's and Lenz's laws, and calculate induced EMFs and transformer quantities.
443 words, about 2 min08Waves, Sound and Geometric Optics
This domain covers wave properties, stationary waves and sound, and the refraction and imaging rules of geometric optics. The exam asks you to use v = fλ, analyse nodes and antinodes, apply Snell's law and critical-angle conditions, and calculate image position and magnification for lenses.
437 words, about 2 min09Modern Physics: Atomic, Nuclear and Quantum Phenomena
This domain covers photons and the photoelectric effect, atomic energy levels and spectra, wave–particle duality, nuclear structure, radioactive decay and mass–energy. The exam asks you to calculate photon and de Broglie quantities, apply conservation laws to decay equations, and use half-life and E = Δmc².
427 words, about 2 min10Laboratory Practice, Measurement and Data Analysis, Applications of Physics in Technology and Engineering
This domain covers units and prefixes, measurement uncertainty, graphical analysis, and the engineering application of physics ideas. The exam asks you to record and process data with correct precision, combine uncertainties, interpret gradients and intercepts, and relate physical principles to devices and systems.
472 words, about 2 min