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The Student and Tutor reviewed fundamental Physics concepts, including pulley systems, tension, and Newton's laws of motion. They applied the concept of equilibrium to solve problems involving constant speed and introduced fluid resistance and terminal velocity. The session concluded with a discussion on how to approach complex problems for an upcoming exam, advising the Student to prioritize practicing solved problems and derivations.

Student and Tutor worked on advanced Physics problems covering kinematics, vector resolution, and free body diagrams for forces in equilibrium. The Student practiced calculating final velocities and angles in projectile motion, as well as decomposing forces into components and applying equilibrium conditions. They also reviewed several example problems, with the Student preparing for an upcoming test and planning to tackle similar problems before the next session, which will cover pulley questions.

The Tutor and Student reviewed principles of electromagnetic induction, specifically focusing on generator voltage calculation and determining current direction using right-hand rules. They then transitioned to mechanics, extensively covering translational and rotational equilibrium, including the principle of moments, and practiced solving related problems.

The session covered foundational physics concepts of magnetic force and electromagnetic induction, including formulas like F=BQV and V=BVL. The tutor and student practiced applying these principles, particularly using the right-hand slap rule to determine the direction of induced currents, and discussed Lenz's Law in relation to opposing forces. The next session will likely continue with further problem-solving in this area.

The Student and Tutor worked through several advanced Physics problems focused on electromagnetism. They solved problems involving calculating magnetic fields at a point due to current-carrying wires and determining forces between multiple current-carrying wires, with a strong emphasis on vector addition and directional analysis. They also started a problem on non-uniform current density, with the Tutor suggesting the Student recheck a calculation and continue with the remaining parts after the class, potentially in a follow-up session.

The Student and Tutor reviewed core concepts in magnetism, including magnetic poles, field lines, and the effect of heat on magnets. They then delved into electromagnetism, practicing the Right Hand Thumb Rule to determine magnetic field direction, and explored the distinctions between direct and alternating currents. Fundamental definitions of current, voltage, and resistance were also covered, with plans to schedule the next session.