Let's find where Physics stopped making sense and FIX that together. Classical, Thermodynamics or Quantum let's tackle as a team

The Tutor and Student revisited key concepts in electrical circuits for Year 10. They covered definitions of resistance, current, and voltage in the context of series and parallel circuits. The session involved problem-solving related to current and voltage distribution and discussed practical applications of variable resistors in household appliances, with the Student planning to use these analogies in their upcoming class.

The session reviewed core concepts in nuclear physics, including types of radiation, decay series, and carbon dating. The Tutor then provided guidance to the Student on introducing basic electrical circuit principles using analogies. The Student also practiced solving a circuit analysis problem.

The Student and Tutor engaged in a comprehensive review of fundamental electricity concepts. They discussed current flow, potential difference, circuit symbols, and battery operation. The session culminated in a detailed explanation and practice of Ohm's Law and calculations for both series and parallel circuits. For the next session, they planned to cover Half-Life and nuclear physics.

The Student and Tutor reviewed key concepts in nuclear physics, including the types of nuclear radiation (alpha, beta, gamma), their properties, interactions with electric and magnetic fields, penetration abilities, and health effects. They also discussed radioactive decay, half-life, and carbon dating. A significant portion of the session was dedicated to an extended diversion into household electricity and the internal workings of batteries, covering their components and chemical processes. The Tutor plans to cover more details on ionization, half-life, and electricity/circuits in future sessions.

The Student and Tutor reviewed fundamental atomic concepts including atomic number, mass number, and isotopes. They then delved into early atomic models, specifically JJ Thompson's Plum Pudding Model and Rutherford's Gold Foil Experiment, discussing its observations and conclusions. The session also covered basic definitions of alpha, beta, and gamma radiation, and the definition of a nuclide, with a plan to continue exploring nuclear physics and address a specific inquiry about nuclear radiation in Tahiti in the next session.

The Student and Tutor initially discussed curriculum planning for Year 9-11 mathematics and science, finding most of the textbook content too basic for the Student's needs. The session then transitioned to an in-depth exploration of advanced physics concepts, specifically Einstein's theory of relativity, time dilation, and quantum mechanics, using Brian Greene's "loaf of bread" analogy as a starting point. They also discussed the philosophical implications of determinism and probabilism. The Student plans to gather more specific curriculum information from their school for future sessions.