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Gravitational Fields, Notes
Concise notes on gravitational fields covering Newton's law of gravitation, field strength, potential, and orbital motion. Suitable for IB Physics, A-Level, and Greek curriculum students.
Astrophysics, Notes Part I
First volume of astrophysics notes covering stellar properties, the Hertzsprung Russell diagram, and basic cosmology. Ideal for IB Physics Option D and curious A-Level students.
Thermodynamics, Notes Part I
Part I of thermodynamics notes covering temperature, heat transfer, the ideal gas law, and the first law of thermodynamics with worked examples.
Thermodynamics, Notes Part II
Part II of thermodynamics notes covering the second law, entropy, heat engines, and refrigeration cycles. Builds on Part I.
Kinetic Theory of Gases, Theory Notes
Theory notes on the kinetic model of gases: states of matter, molecular speed distribution, average kinetic energy, and the link to temperature via the Boltzmann constant.
Applied Use of Parabolas
Worked guide to the focus of a parabola and its applications across mathematics, physics, engineering, and astronomy. Includes solved example problems.
Quadratics and Composite Functions, Notes
Notes covering the quadratic function, vertex form, completing the square, and composite functions with worked examples and exam-style questions.
Math Key Questions, Paper II (2022, 2023)
Curated set of high-yield Paper II questions from the 2022 to 2023 cycle. Word problems with full worked solutions covering sequences, financial mathematics, and applied algebra.
Math Key Questions, Paper III (2022, 2023)
High-yield Paper III problems from the 2022 to 2023 cycle, focused on coordinate geometry, triangle bisectors, and proof-style reasoning, with detailed solutions.
Kinetic Particle Theory, Part I: States of Matter and Changes of State
Annotated notes (pages 1 to 13) on the kinetic particle theory: how particles are arranged and move in solids, liquids and gases, changes of state and cooling curves, and the link between temperature and kinetic energy. Includes A-Level extensions on the ideal gas equation (PV = nRT) and the Boltzmann constant.
Kinetic Particle Theory, Part II: Diffusion and Worked Problems
Annotated notes (pages 14 to 25) continuing the kinetic particle theory: diffusion of particles and the conditions that affect its rate (temperature and particle mass), with worked exam-style questions and model answers.
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