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The Student and Tutor reviewed problem-solving techniques for momentum and impulse, focusing on a bullet-block collision. They then covered the definitions and characteristics of elastic, inelastic, perfectly inelastic, and explosion-type collisions. The Student practiced applying conservation laws to various one- and two-dimensional collision problems, and the Tutor outlined plans to move on to the center of mass in the next session.

The session focused on the core concepts of momentum, impulse, and their conservation laws, along with the relationship between kinetic energy and momentum. The Student actively practiced problem-solving, including scenarios involving variable forces, multi-object systems, and the application of energy conservation with springs. The Tutor and Student agreed to practice more problems in the next session before moving on to collisions.

Student and Tutor reviewed problem-solving techniques for potential energy, force, work, power, and the conservation of energy, including the analysis of potential energy graphs. They then started a new chapter, covering the basics of linear momentum, impulse, and different types of collisions. The next session is planned to delve deeper into collisions and the center of mass.

The Student and Tutor reviewed fundamental concepts of energy and power, specifically focusing on spring potential energy. They practiced solving problems related to energy conservation on inclined planes, spring compression dynamics, and the application of the work-energy theorem involving friction. The session also covered aspects of horizontal projectile motion and discussed the implications of non-Hookean springs. The Tutor planned to address `F = -dU/dx` type questions in the next class before moving on to the conservation of momentum.

The Student and Tutor reviewed key concepts in Physics, primarily focusing on Simple Harmonic Motion and Wave Behavior, including topics such as kinetic energy in SHM, Snell's Law, wave properties, standing waves, and wave interference. They also touched on the definition and measurement of EMF. The session involved solving various exam-style problems related to these concepts, with a plan to continue classes in the future.

The Tutor and Student continued their discussion on Work, Energy, and Power, focusing on distinguishing between conservative and non-conservative forces, the conservation of mechanical energy, and the concept of elastic potential energy. They also explored the relationship between potential energy and force using U-X graphs and practiced calculating work and power. The next session will begin with additional practice problems on these topics, followed by an introduction to collision and momentum.