GTLE Subject Specialism Physics study guide
GTLE Subject Specialism Physics · Work through your exam, one topic at a time.
The GTLE Subject Specialism Physics paper is the physics-specific component of Ghana's teacher licensure assessment, taken by candidates who intend to teach physics in Ghanaian schools and who must demonstrate both physics content mastery and the pedagogical knowledge expected of a licensed teacher. The paper spans mechanics and motion, waves, sound and optics, electricity and magnetism, thermal physics and kinetic theory, modern and nuclear physics, measurement and practical laboratory skills, curriculum and instructional planning, assessment and misconception diagnosis, and mathematical and graphical reasoning. The GTLE Subject Specialism Physics study guide has 9 sections and about 5,096 words.
01Mechanics and Motion
Mechanics and Motion is the largest single block of the GTLE Subject Specialism Physics paper. Items test whether you can move fluently between the three descriptions of motion - kinematics (what happens), dynamics (why it happens) and conservation laws (what stays the same) - and apply them to vehicles, pulleys, inclined planes, projectiles and rotating bodies.
485 words, about 2 min02Waves
Waves tests the language and mathematics of wave motion: the wave equation, superposition, coherence, standing waves, two-source interference and the electromagnetic spectrum. Expect quantitative items on the diffraction grating and Young's double slit, plus conceptual items on phase and path difference.
413 words, about 2 min03Sound and Optics
This domain pairs the physics of sound with geometrical and physical optics. The exam tests speed of sound and resonance, beats and the Doppler effect, then reflection, refraction, total internal reflection, lenses and mirrors, and defects of vision.
453 words, about 2 min04Electricity and Magnetism
Electricity and Magnetism covers electrostatics, current electricity, capacitance, magnetic forces and electromagnetic induction. The exam favours circuit problems with internal resistance, network reasoning with Kirchhoff's laws, and force-on-conductor or induction items set in a magnetic field.
504 words, about 3 min05Thermal Physics and Kinetic Theory
Thermal Physics and Kinetic Theory tests the distinction between heat and temperature, calorimetry, expansion, the gas laws, the kinetic model of matter, heat transfer and the first law of thermodynamics. Quantitative calorimetry and gas-law items recur, as do explanations of pressure in terms of molecular bombardment.
467 words, about 2 min06Modern Physics and Atomic/Nuclear Physics
This domain covers quantisation of energy and its consequences: the photoelectric effect, photon energy, de Broglie wavelength, line spectra and energy levels, then nuclear structure, radioactive decay, half-life, mass defect and binding energy. Items are usually short calculations with one decisive formula plus conceptual checks.
461 words, about 2 min07Measurement, Practical Skills and Laboratory Safety
This domain tests the craft of experimental physics: units and dimensions, instrument choice and reading, uncertainty treatment, graph work, and safe practice in the school laboratory. It is the domain most often lost on small slips rather than on physics.
485 words, about 2 min08Physics Curriculum Knowledge and Instructional Planning
This domain tests whether you can plan physics teaching against Ghana's standards-based curriculum rather than simply knowing physics. Expect items on the structure of the syllabus, lesson-plan components, phases of a lesson, core competencies and differentiation.
476 words, about 2 min09Assessment
Assessment tests your ability to design, analyse and interpret assessment in physics. Items combine definitions of assessment types with practical work on item statistics, cognitive demand levels and marking.
1,352 words, about 7 min