Top 10 Physics tutors near Staten Island, NY

The Tutor and Student began their first session by discussing projectile motion, covering its definition, the role of vector components, and Galileo's statement on independent perpendicular motions. They derived formulas for time of flight, maximum height, and range, then applied these to solve practice problems. The Tutor assigned practice questions on one-dimensional motion for the Student to complete before the next class.

The Student and Tutor reviewed concepts of free-fall motion and its graphical representation. They practiced applying the first, second, and third kinematic equations to solve various problems involving displacement, velocity, acceleration, and time. For homework, the Student was assigned two worksheets to reinforce their understanding of 1D kinematic motion and prepare for a new topic in the next session.

The session reviewed concepts from Chapter 1, including approximation, scientific notation, and significant figures. The Tutor and Student then moved on to Chapter 2, focusing on kinematics, specifically differentiating between scalar and vector quantities, and understanding distance versus displacement through problem-solving. Homework was assigned, requiring the Student to summarize Chapter 1 topics, solve two numerical problems on distance and displacement, and create a comparative table for scalar and vector quantities.

The tutor and student reviewed circular motion concepts, focusing on the conical pendulum and the physics of airplane flight, including Bernoulli's principle. They practiced solving problems related to airplanes banking turns and cars on banked roads, discussing the forces involved and the calculation of lift, tension, and centripetal force. Future sessions were planned to cover vertical circular motion and additional problem-solving.

The tutor and student delved into physics concepts including inclined plane forces, Newton's laws of motion (especially the third law regarding action-reaction pairs), and principles of celestial mechanics like orbital motion and conservation of momentum. They reviewed problem-solving strategies, including the use of free-body diagrams and the center of mass concept for systems.

The session covered the physics concepts of center of mass for point masses and continuous distributions, followed by momentum conservation and types of collisions. The student practiced calculating center of mass coordinates and momentum changes during collisions, applying vector analysis.