Dynamic physics educator, building strong fundamentals, boosting confidence and helping students excel in exams

The tutor and student reviewed concepts of circular motion, including centripetal force, centripetal acceleration, angular displacement, and angular velocity. They worked through a problem calculating centripetal acceleration and discussed a conservation of momentum problem for homework. The student is expected to solve the momentum problem and submit the answer.

The Student and Tutor worked through two physics problems involving collisions and momentum. The first problem focused on a 2D collision scenario, requiring the application of conservation of momentum along both X and Y axes to find the final angle and speed. The second problem involved a 1D collision, followed by a calculation of the coefficient of kinetic friction using kinematic equations. The Tutor emphasized the importance of drawing diagrams and remembering formulas for problem-solving.

The tutor and student worked through physics problems involving trigonometry, basic kinematics, and projectile motion. They practiced applying formulas to calculate time, distance, and trajectory, and discussed the concepts of speed and motion in two dimensions, preparing for an upcoming test.

The tutor introduced and explained the physics concepts of work and energy, including conservation of energy, kinetic energy, potential energy (gravitational and elastic), and the work-energy theorem. The student practiced identifying and applying relevant formulas through theoretical and practical examples, culminating in a snowmobile problem that combined multiple physics principles.

The Student and Tutor focused on foundational concepts in electrostatics, specifically electric potential, work done by electric fields, and electric potential energy. They worked through three detailed problems, applying formulas for potential, work, and the relationship between electric field and potential, as well as calculating the potential energy of a multi-charge system and its conversion to kinetic energy. The Tutor advised the Student to review their formula sheets and practice regularly.

Student and Tutor worked on two complex physics problems focusing on electromagnetism. They applied Gauss's Law to calculate surface charge densities and derived an expression for the electric field of an infinitely long charged cylindrical shell. Subsequently, they used the work-energy theorem and kinematics to solve for the velocity and time of a proton accelerating between two charged plates. The next session is planned to cover potential energy questions.