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Sarthak is tutoring Haroon on vectors and related physics concepts in preparation for an exam. They covered scalar vs. vector quantities, dot and cross products, displacement, relative velocity, and began solving a physics problem involving projectile motion. They plan to continue tutoring tomorrow evening, focusing on friction, banking of roads, incline problems, and resilience.

Sarthak tutored Haroon, covering thermodynamics, heat transfer, and mechanics, including diffusion, Brownian motion, specific heat, calorimetry, and the first law of thermodynamics. They worked through numerical problems and discussed the concept of weightlessness in elevators and satellites. They agreed to cover vectors in the next session to help with mechanics problems.

Sarthak and Haroon reviewed physics concepts, including graphical analysis, potential energy, and a detailed discussion on simple harmonic motion. Sarthak explained frequency, time period, displacement, phase, angular frequency, vector dot and cross products, torque, and introduced calculus concepts relevant to SHM. They also touched upon dimensional analysis for verifying equations.

Sarthak is tutoring Haroon on one-dimensional motion, covering velocity, acceleration, and displacement. They analyze motion using displacement-time and velocity-time graphs, focusing on the relationship between slope and acceleration/velocity. Sarthak explains the first and second equations of motion, emphasizing the constant acceleration assumption and using integration to derive the second equation. They then work through a problem involving a velocity-time graph to determine displacement, direction changes, and acceleration, also reviewing relevant trigonometric concepts.

Sarthak tutored Haroon on the concepts of potential and kinetic energy, simple harmonic motion, and oscillatory systems like pendulums and spring-mass systems. They discussed the reference-dependent nature of potential energy and its relationship with kinetic energy, including the points of maximum and minimum energy in oscillatory motion. Haroon was assigned to share sample problems related to kinematic equations and Newton's laws for review in the next session, where they will also cover dot and cross products.

Sarthak tutored Chloe on the laws of thermodynamics, including the zeroth, first, second, and third laws, and the kinetic molecular theory of gases. They also discussed the ideal gas equation, various thermodynamic processes, entropy, and PV diagrams. Sarthak explained the concept of entropy increase in isolated systems and the behavior of systems at absolute zero, offering further assistance with numerical problems or deeper learning.