AP Physics Group Class

AP Physics Group Class

$298.00 every 4 weeks and a $20.00 sign-up fee

Start date:  9/25/2025 every Friday  5:00-6:00pm PST （California time)

This is an online class,  20 classes/ level,

  • This enrollment is a new class from beginning.
  • This is a semi-private class which will have only 3-5 students. If you have any questions, feel free to send us an email or call us.
  • Class will be open only when at least 3 students signed up. otherwise it will be canceled.

Age：based on the real level

Please write the student’s name in the notes section. We will send information to both the parent and the student via email. When you check out, please include your child’s name, grade, and email address.

 

Cancellation Policy: 

  • If you do not send a cancellation email one month before the next payment is due, we will assume you agree to continue your child’s enrollment with us. Please be aware that we will not send a reminder email before the tuition is deducted (info@baycodingclub.com).
  • Please note that after the first week of class, cancellations are not permitted until the end of the first level ends.
Category:

10 Years of Learning Technology & Curriculum Refinement

Project-based course suitable for beginners

We strive for teaching our students the most up-to-date STEM through effective methods. Our dynamic curriculum has been refined and optimized over the last ten years by our founding members-a team of seasoned software developers and STEM proffessors who are willing to devote themselves to BCC Education.

Class detailed:

on online class, once a week. 20 classes per level.

Format: 20 classes per level

Each class includes lecture, problem-solving practice, and labs/demos aligned with College Board AP Physics standards.

Level 1: Foundations of Physics (20 Classes)

Goal: Build conceptual and mathematical foundations before AP Physics 1.
Topics:

  1. What is Physics? Measurement & Units (SI, dimensional analysis)

  2. Scalars vs. Vectors (vector addition, components)

  3. Graphing motion: position, velocity, acceleration

  4. Kinematics in 1D (constant acceleration, free fall)

  5. Kinematics in 2D (projectile motion)

  6. Newton’s First Law (inertia, reference frames)

  7. Newton’s Second Law (force, mass, acceleration)

  8. Newton’s Third Law (action-reaction pairs)

  9. Free-body diagrams & tension problems

  10. Friction: static vs. kinetic

  11. Circular motion (centripetal acceleration & force)

  12. Work & energy basics

  13. Kinetic & potential energy

  14. Conservation of energy

  15. Power & efficiency

  16. Linear momentum & impulse

  17. Conservation of momentum (collisions)

  18. Torque & rotational equilibrium (intro)

  19. Lab: Motion & Force experiments

  20. Review & Quiz

Level 2: AP Physics 1 – Mechanics (20 Classes)

Goal: Full coverage of AP Physics 1 core content.
Topics:

  1. Review of vectors & kinematics

  2. 1D & 2D motion problem-solving

  3. Dynamics & forces (AP-style problems)

  4. Uniform circular motion (banked curves, satellites)

  5. Work-energy theorem

  6. Conservation of energy applications

  7. Momentum & impulse (2D collisions)

  8. Center of mass, systems of particles

  9. Rotational kinematics (angular velocity & acceleration)

  10. Rotational dynamics (torque, rotational inertia)

  11. Conservation of angular momentum

  12. Gravitation & orbits (Kepler’s laws, satellites)

  13. Simple harmonic motion (springs & pendulums)

  14. Resonance & oscillations

  15. Waves & sound (AP1 introduction)

  16. Standing waves & resonance tubes

  17. Lab: Pendulum & spring experiments

  18. Lab: Conservation of momentum collisions

  19. Mock AP Free Response practice

  20. Review & Unit Exam

Level 3: AP Physics 2 – Fluids, Thermodynamics, Electricity, Magnetism, Optics (20 Classes)

Goal: Full coverage of AP Physics 2.
Topics:

  1. Fluids: density, pressure

  2. Pascal’s Principle & Archimedes’ Principle

  3. Fluid dynamics (continuity, Bernoulli’s equation)

  4. Temperature, heat, thermal expansion

  5. Specific heat & calorimetry

  6. Heat engines & efficiency (Carnot)

  7. Electric charge & Coulomb’s Law

  8. Electric field & potential

  9. Capacitors & dielectrics

  10. Circuits: Ohm’s law, resistors, series/parallel

  11. RC circuits (charging & discharging)

  12. Magnetism: fields & forces

  13. Motion of charges in magnetic fields

  14. Electromagnetic induction (Faraday’s Law)

  15. Inductors & Lenz’s Law

  16. Optics: reflection & refraction

  17. Lenses & mirrors (ray diagrams)

  18. Interference & diffraction

  19. Lab: Circuits & optics experiments

  20. AP Physics 2 Review

Level 4: AP Physics C Mechanics (20 Classes)

Goal: Calculus-based mechanics for advanced/AP Physics C students.
Topics:

  1. Calculus in physics: derivatives & integrals

  2. Motion in 1D & 2D with calculus

  3. Newton’s laws (differential form)

  4. Work-energy with calculus

  5. Potential energy & conservative forces

  6. Momentum & center of mass (continuous systems)

  7. Torque & rotational inertia (integral approach)

  8. Rotational dynamics with calculus

  9. Angular momentum & rigid body rotation

  10. Oscillations (differential equations)

  11. Nonlinear oscillations & resonance

  12. Gravitation with calculus (shell theorem, orbits)

  13. Energy methods in mechanics

  14. Lagrangian basics (optional enrichment)

  15. Calculus-based lab: Projectile motion

  16. Lab: Conservation of energy with calculus

  17. FRQ problem-solving workshop

  18. Review: Multiple choice & FRQs

  19. Mock Exam Simulation

  20. AP Physics C Mechanics Wrap-Up

Level 5: AP Physics C Electricity & Magnetism (20 Classes)

Goal: Calculus-based E&M for AP Physics C students.
Topics:

  1. Coulomb’s Law with calculus (point charges, distributions)

  2. Electric field (Gauss’s Law)

  3. Electric potential (line & surface integrals)

  4. Capacitance (parallel plate with dielectric)

  5. Energy stored in E-fields

  6. Current & resistance with calculus

  7. RC circuit differential equations

  8. Magnetic fields (Biot-Savart law)

  9. Ampere’s Law applications

  10. Force on current-carrying wire & loop

  11. Induction & Faraday’s Law with calculus

  12. Inductors & RL circuits

  13. LC & RLC circuits (differential equations)

  14. Maxwell’s equations overview

  15. Electromagnetic waves basics

  16. Lab: E&M experiments (circuits & induction)

  17. Problem-solving workshop

  18. Review (AP-style problems)

  19. Mock Exam Simulation

  20. AP Physics C E&M Wrap-Up

Optional Level 6: Enrichment & Applied Physics (20 Classes)

Goal: Beyond AP – Olympiad prep, modern physics, and applications.
Topics:

  1. Special relativity basics

  2. Quantum mechanics intro

  3. Photoelectric effect & wave-particle duality

  4. Nuclear physics & decay

  5. Particle physics & standard model

  6. Relativistic momentum & energy

  7. Advanced problem-solving strategies (Olympiad style)

  8. Fluid dynamics (Navier-Stokes intro)

  9. Thermodynamics deeper applications

  10. Advanced optics (polarization, lasers)

  11. Electronics & semiconductors

  12. Astrophysics & cosmology

  13. Modern applications: MRI, GPS, solar panels

  14. Engineering physics: bridges & structures

  15. Chaos & nonlinear dynamics

  16. Data acquisition & sensors in physics labs

  17. Research paper review (student presentations)

  18. Group mini-project (engineering design)

  19. Capstone Physics Fair

  20. Closing Showcase

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