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The Tutor and Student reviewed physics concepts including kinetic energy, friction, projectile motion, weight calculations, and telescope advantages. They practiced solving problems related to Ohm's Law, thermistor circuits, graphing, and energy calculations for heating and phase changes. Future class sessions were planned to cover remaining topics before the student's upcoming exams.

The Tutor and Student worked through physics past paper questions, focusing on interpreting speed-time graphs, calculating resultant forces using vector addition (both graphically and mathematically), and applying Newton's second law. They also reviewed concepts related to friction and the distinction between average speed and average velocity, with homework assigned to prepare for the next session.

The tutor and student engaged in a practice session of past paper questions, covering topics such as physics principles, electrical circuits, and motion. They worked through multiple-choice questions, with the tutor guiding the student through problem-solving techniques and formula application.

The Tutor and Student reviewed the fundamental concepts of nuclear physics, starting with atomic structure, nuclear notation, and background radiation. They then extensively discussed the properties of alpha, beta, and gamma radiation, including their penetrating and ionizing powers, and introduced the concept of radioactive activity. The session concluded with a plan to cover additional topics like half-life and safety limits in the next class to prepare for exam practice.

The tutor and student reviewed concepts related to sound waves, including calculating distance using the echo method. They also explored the electromagnetic spectrum, wave equations, and radiation dosimetry. The session included practice problems and discussions on wave diagrams and light refraction through lenses.

The Tutor and Student reviewed concepts in optics, focusing on wavefronts, diffraction, and refraction. They practiced drawing diagrams for these phenomena and solving related problems, including an introduction to the electromagnetic spectrum and its properties. The next session will involve further practice with past papers.