AP Physics Lessons

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High School Physics (AP AB/BC) lessons with tutors online who have successfully completed University Physics (I, II, III) and can teach you by webcam (e.g. Zoom, Skype, Google Meet etc) Introductory and General Physics, Thermodynamics, Waves, Electricity, Magnetism, and Optics. Fin an amazing physics tutor today who can inspire a love of the physical sciences in preparation for engineering courses, and make subjects like Oscillations / Waves, Electro-dynamics Magnetism, Fluid Mechanics, Astronomy and Intro Quantum physics accessible. . Find AP Physics Lessons WFH freelancers on April 27, 2025 who work remotely. Read less

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What areas do good AP Physics courses include?

AP Physics courses are designed to provide a college-level understanding of physics principles, with a focus on both conceptual understanding and problem-solving skills. Here are some interesting areas covered by good AP Physics courses:

AP Physics 1

Kinematics in One and Two Dimensions:
Projectile Motion: Learning how to predict the path of objects thrown or launched, which includes analyzing motion under gravity in different scenarios.

Newton's Laws of Motion:
Forces and Dynamics: Exploring how forces affect the motion of objects, including tension, friction, and normal forces in various contexts like elevators or on inclined planes.

Energy and Momentum:
Work-Energy Theorem: Understanding how work done on an object changes its kinetic energy, with applications to sports, vehicles, or roller coasters.

Conservation Laws: Analyzing collisions in terms of conservation of momentum, including elastic and inelastic collisions, which can be related to everything from car accidents to subatomic particle interactions.

Rotational Motion:
Torque and Rotational Equilibrium: Delving into how objects rotate, which is key to understanding stability, like why a ladder might tip or how a gyroscope works.

Simple Harmonic Motion:
Oscillations: Studying pendulums, springs, and other systems that oscillate, providing insight into phenomena like musical instruments or seismic waves.

Electrostatics:
Charge and Electric Fields: Introducing students to the basic principles of electricity, including how charges interact and how electric fields are created.

Circuits:
Basic DC Circuits: Learning about resistance, Ohm's law, and simple circuit analysis, which is foundational for understanding electronics.

AP Physics C: Mechanics

Advanced Kinematics with Calculus:
Using Calculus: Integrating and differentiating functions to describe motion, providing a deeper understanding of velocity and acceleration.

Gravitation:
Universal Gravitation: Exploring how gravity works not just on Earth but between any two bodies, leading to discussions about planetary motion and orbits.

Oscillations and Waves:
Damped and Driven Oscillations: Going beyond simple harmonic motion to understand energy dissipation and resonance in systems.

Momentum and Impulse:
Impulse-Momentum Theorem: How changes in momentum relate to forces over time, applicable in scenarios like rocket propulsion or sports injuries.

Rotational Dynamics:
Angular Momentum: Understanding conservation laws in rotational contexts, which explains phenomena like gyroscopes or the behavior of ice skaters spinning.

AP Physics C: Electricity and Magnetism

Electrostatics with Calculus:
Gauss's Law: Using calculus to simplify the calculation of electric fields in symmetrical charge distributions.

Electric Circuits:
Capacitance and Inductance: Delving into AC circuits, RC circuits, and RL circuits, understanding energy storage and time-dependent behaviors.

Magnetic Fields:
Ampere's Law: Calculating magnetic fields from current distributions, which is crucial for understanding electromagnets, solenoids, and transformers.

Electromagnetic Induction:
Faraday's and Lenz's Laws: Exploring how changing magnetic fields induce electric fields, foundational to devices like electric generators and transformers.

Maxwell's Equations:
Introduction to Electromagnetic Waves: Understanding how electricity and magnetism combine to form light and other forms of electromagnetic radiation.

Common to Both AP Physics C Courses

Laboratory Experience:
Experimental Design and Analysis: Students often engage in hands-on experiments where they collect data, analyze it, and draw conclusions, mirroring actual scientific research.

Problem Solving:
Complex Multi-step Problems: These courses emphasize solving problems that require integrating multiple concepts, enhancing critical thinking and application skills.

Conceptual Understanding:
Qualitative vs. Quantitative Analysis: While much of the focus is quantitative, there's also an emphasis on understanding the physics concepts conceptually, which helps in applying physics to real-world scenarios.

These areas not only prepare students for college-level physics but also engage them with practical and theoretical aspects of the science that are both intellectually stimulating and broadly applicable.

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