Physics tutor near Bakersfield, CA

The Student and Tutor reviewed the first kinematic equation and delved into an extensive analysis of velocity-time graphs. They practiced interpreting various graph shapes to understand motion, acceleration, and displacement, including complex scenarios involving negative velocity and turning points. The Student successfully applied new interpretive tricks to solve problems, and it was planned that freefall, and the second and third kinematic equations, would be covered in the next session.

Student and Tutor solved two multi-concept physics problems. The first involved a collision followed by circular motion, requiring the application of forces, centripetal acceleration, energy, and momentum conservation. The second problem combined a 1D collision with 2D projectile motion, utilizing kinematic equations and momentum conservation. The Tutor recommended the Student find problems involving 2D collisions for the next session.

The student and tutor worked through a physics problem involving hammer throw mechanics. They calculated the force exerted in the throw by analyzing projectile motion and centripetal force, and discussed ways to make these abstract concepts relatable to students. The next session was scheduled for Wednesday.

The Student and Tutor reviewed concepts in kinematics, fluid dynamics, work and energy, oscillations, circular motion, and projectile motion. They solved problems involving velocity-time graphs, fluid flow, friction, spring-mass systems, static friction, pressure, and the work-energy and impulse-momentum theorems. The Tutor also guided the Student through calculations for a zip-line scenario and projectile motion velocity changes.

The Tutor and Student reviewed the fundamental concepts of electric circuits, including current, voltage, and resistance. They explored Ohm's Law, its mathematical formulation, graphical representation, and the factors influencing resistance, alongside unit conversions and basic circuit rules like Kirchhoff's junction rule. The session concluded with practice problems on these topics.

The Tutor and Student reviewed key formulas and problem-solving techniques for Simple Harmonic Motion, including concepts related to springs, pendulums, energy, velocity, and period. They worked through various practice problems involving calculations of displacement, velocity, acceleration, and energy, as well as analyzing graphical representations of SHM.