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The student and tutor reviewed problems related to rotational motion, conservation of angular momentum, and kinetic energy in physics. They worked through several challenging questions involving collisions and torques, with a focus on applying conservation laws and energy principles to solve them. The tutor encouraged the student to practice more problems to solidify their understanding.

The Student and Tutor reviewed the concept of standing waves, including definitions of nodes and antinodes, and explored their formation in different scenarios like strings and pipes. They practiced calculating wavelengths and frequencies for various harmonics and discussed factors influencing these properties, such as string tension and length.

The Tutor and Student worked through several physics problems related to gravitation, focusing on concepts like torque, angular momentum conservation, escape velocity, and orbital mechanics for both circular and elliptical orbits. They practiced applying formulas and conservation principles to solve these problems, with a plan to review gravitation concepts further.

The Tutor and Student reviewed concepts in electrostatics, including charge transfer, electrostatic induction, and electric field calculations for various charge distributions. They practiced solving problems related to these topics and planned to cover flux in a future session.

The Tutor and Student reviewed concepts of rotational dynamics, including equilibrium, angular momentum, and moment of inertia. They practiced calculating moment of inertia for continuous mass distributions and applied the principles of conservation of angular momentum to various scenarios and problems. The session concluded with exercises on calculating angular momentum and rotational kinetic energy for celestial bodies and a ring.

The Tutor and Student reviewed concepts of rotational dynamics, including center of mass and moment of inertia, differentiating between discrete and continuous mass distributions. They practiced calculating moment of inertia and center of mass using both direct formulas and integration, and applied these principles to solve problems involving rods and rotating systems. The Tutor encouraged the Student to practice more problems from the assignment.