Physics Simplified: Personalized Tutoring to Help You Master the Laws of the Universe

The Tutor introduced the basic structure and components of the periodic table, discussing how to interpret information within each element's square. The session then moved on to explain the significance of groups and periods, and how these relate to valence electrons and electron shells. They also explored two major periodic trends—atomic radius and ionization energy—and how they change across periods and down groups, with a plan to cover other trends in future sessions.

The Tutor and Student reviewed several physics concepts including celestial mechanics (center of mass, gravitational force, orbital period), kinematics (escape velocity), fluid dynamics (Bernoulli's equation, hydrostatic pressure), and oscillatory motion (simple harmonic motion). The session involved problem-solving and formula derivation, with plans to send practice problems with answer keys.

The tutor introduced fundamental geometry concepts, including the standard equation of a circle and its components, distance calculations, and vector addition. They then progressed to linear equations, finding intersection points between lines and circles, and calculating the area of a triangle formed by intersecting lines. The student will continue lessons with this tutor.

The Tutor and Student worked through several physics problems covering pendulums, static equilibrium, angular kinematics, centripetal force, angular momentum conservation, and fluid buoyancy. They calculated observed and ideal pendulum periods, normal forces on a log, angular displacement of a rotating object, centripetal force, and the volume of displaced water for a floating block. The Student expressed a desire to focus more on oscillation problems in future sessions.

The Tutor and Student reviewed concepts related to mechanical energy, friction, and work-energy theorem, solving problems involving inclined planes and variable forces using graphs. They then began discussing static equilibrium, focusing on the principles of balanced forces and torques, and planning to practice more problems in upcoming sessions.

The Tutor and Student reviewed concepts in physics, including terminal velocity, conservation of mechanical energy with springs, centripetal force in circular motion, conservation of momentum in inelastic collisions, and rotational motion with torque and angular acceleration. They worked through several example problems covering these topics and discussed upcoming session scheduling.