Beyond Memorization, Toward Mastery — Discover the Beauty of Thinking Like a Physicist and Statistician

The tutor and student reviewed fundamental physics concepts related to forces, including Newton's Third Law, inertia, balanced and unbalanced forces, and various types of forces like gravity, friction, and air resistance. They discussed how forces are measured and represented, and the next session will delve into Newton's first law.

The student and tutor explored the physics of pendulums, covering the forces involved, the concept of restoring force, and the conditions for simple harmonic motion. They derived the time period formula for a simple pendulum and introduced the physics of a physical pendulum, discussing how gravity acts on the center of mass.

The tutor and student reviewed Bernoulli's principle, its derivation, and applications in fluid dynamics, including static and moving fluids. They worked through problems involving pressure, velocity, and height changes in fluid flow, with the student practicing problem identification and calculation.

The student and tutor reviewed concepts of linear momentum, impulse, and energy conservation, focusing on collision scenarios. They practiced applying these principles to solve problems involving two-dimensional motion, friction, and radioactive decay. The session also included a review of work done in collisions and preparation for future practice problems.

The Tutor and Student reviewed fundamental concepts in fluid dynamics, including the definitions of ideal and incompressible fluids, viscosity, and methods for visualizing fluid motion like velocity vectors and streamlines. They then focused on laminar flow, its characteristics, and derived the relationship between flow rate, area, and velocity (Q=Av). The continuity equation (A1v1=A2v2) was derived and applied to understand how fluid velocity changes with varying pipe cross-sectional areas, and mass flow rate was also introduced.

The student and tutor reviewed concepts of impulse and momentum, applying them to problems involving hydroelectric power, collisions with walls, and jumping. They analyzed how changes in momentum relate to force and energy, and discussed Newton's third law through examples like balloons and walking. The next session will continue discussing physics concepts based on the student's availability.