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The Student and Tutor reviewed questions on the greenhouse effect, covering energy conversions, albedo, and the molecular explanation of gas behavior. They then shifted to mechanics, practicing pulley and friction problems, including scenarios with inclined planes and drag forces. The Tutor will share additional practice documents for the greenhouse effect and general physics topics as follow-up homework.

The student practiced various physics problems related to thermal energy and heat transfer. They worked through calculations involving specific heat, latent heat, and cooling rates, and discussed the principles behind evaporation and black body radiation. The session concluded with reviewing calculations for phase changes and their associated energy transfers.

Student and Tutor reviewed several thermal physics problems, including definitions of specific latent heat of fusion, calculations involving heat transfer and phase changes from graphs, and applications of Stefan-Boltzmann and Wien's displacement laws for radiation. They practiced solving problems to prepare for the student's upcoming exam, with a follow-up session potentially scheduled for next week.

The Tutor and Student worked through practice problems in thermal physics, covering concepts like phase changes, specific heat, latent heat, unit analysis, and graphical interpretation. They also touched upon ideal gases and thermal radiation, with plans to revisit any topics that are not yet covered in the Student's curriculum.

The tutor and student reviewed past exam questions, focusing on electrical circuit analysis, including series/parallel resistors, current, voltage, and power calculations. They then delved into thermal physics, covering black body radiation, the Stefan-Boltzmann law, and Wien's displacement law, practicing calculations related to stars and their radiation properties. The tutor recommended further practice to address areas of confusion and improve problem-solving speed.

The tutor and student reviewed various electricity concepts, including Kirchhoff's laws, circuit analysis with resistors, drift velocity, and the application of voltmeters and ammeters. They practiced solving multiple circuit problems and discussed energy transmission principles, with plans to focus on further practice and specific topics in future sessions.