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Course Level

AP Level (Calculus-Based)

Total Duration

55 Hours

Format

Online 1-on-1

Prerequisites

Calculus AB & AP Physics C: Mechanics

Course Overview

Our AP Physics C: Electricity and Magnetism course represents the pinnacle of high school electromagnetic theory education. This advanced course provides a rigorous, calculus-based treatment of electric and magnetic phenomena, preparing students for the most challenging concepts in physics and engineering.

AP Physics C: E&M is equivalent to a semester-long, calculus-based college electromagnetism course. Students will master Maxwell's equations, electromagnetic induction, and advanced circuit analysis using sophisticated mathematical tools including vector calculus, differential equations, and complex mathematical modeling.

Electromagnetic Mastery

This is the most mathematically intensive AP Physics course! You'll work with Gauss's law, Ampรจre's law, Faraday's law, and advanced electromagnetic theory using multivariable calculus, line integrals, and surface integrals.

Advanced Mathematical Prerequisites

Essential: AP Calculus BC or equivalent (multivariable calculus highly recommended)

Vector Calculus: Comfort with gradients, divergence, curl, line integrals, and surface integrals

Differential Equations: Experience with partial differential equations beneficial

Strict Prerequisites

Mathematics: AP Calculus BC completion or concurrent enrollment

Physics: AP Physics C: Mechanics (strongly recommended) or equivalent calculus-based mechanics

Mathematical Maturity: Comfort with advanced mathematical reasoning and proof techniques

AP Exam Information

Exam Date: May 2026 | Duration: 90 minutes | Format: Multiple Choice (45 min) + Free Response (45 min)

The exam is notoriously challenging, requiring deep conceptual understanding and advanced mathematical problem-solving. Many free response questions involve deriving relationships using Maxwell's equations.

What Makes Our Course Special

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Recorded Sessions

Access to all live session recordings for review and reinforcement at your own pace

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WhatsApp Support

24/7 support for quick questions and clarifications outside of scheduled sessions

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Proctored Tests

Regular assessments under exam conditions to track progress and build exam confidence

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Maxwell's Equations

Comprehensive treatment of electromagnetic theory using advanced mathematical techniques

Ready to start your AP Physics C: E&M preparation?

Book a Free Trial Lesson

What You'll Learn

  • Master all four of Maxwell's equations and their physical interpretations
  • Develop expertise in vector calculus applications to electromagnetic problems
  • Understand electric and magnetic fields using advanced mathematical methods
  • Master electromagnetic induction and its applications in technology
  • Learn advanced circuit analysis including AC circuits and resonance
  • Develop skills in mathematical modeling of electromagnetic phenomena
  • Practice sophisticated problem-solving techniques for complex E&M problems
  • Build foundation knowledge essential for advanced physics and electrical engineering

Detailed Course Curriculum

  • Unit 1: Electrostatics 10 hours

    Advanced treatment of electric fields, potential, and Gauss's law with calculus.

    • Coulomb's law and electric field calculations using integration
    • Gauss's law and its applications to complex geometries
    • Electric potential and potential energy with calculus
    • Conductors and electrostatic equilibrium
    • Dielectrics and boundary conditions
  • Unit 2: Conductors, Capacitors, and Dielectrics 8 hours

    Advanced capacitance theory and electrostatic energy storage.

    • Capacitance calculations using integration and field theory
    • Energy storage in electric fields
    • Dielectric materials and their electromagnetic properties
    • Complex capacitor networks and energy analysis
    • Electrostatic stress and force calculations
  • Unit 3: Electric Circuits 8 hours

    Advanced circuit analysis including transient behavior and AC circuits.

    • Kirchhoff's laws with calculus-based analysis
    • RC and LC circuits: transient analysis using differential equations
    • AC circuit analysis with complex impedance
    • Resonance in RLC circuits
    • Power analysis in AC circuits
  • Unit 4: Magnetic Fields 9 hours

    Comprehensive treatment of magnetostatics using vector calculus.

    • Magnetic fields of moving charges and current distributions
    • Biot-Savart law and its applications
    • Ampรจre's law and its use in complex geometries
    • Magnetic forces on charges and current-carrying conductors
    • Magnetic dipoles and their interactions
  • Unit 5: Electromagnetic Induction 10 hours

    Faraday's law, Lenz's law, and applications of electromagnetic induction.

    • Faraday's law with advanced mathematical treatment
    • Motional EMF and its calculus-based derivation
    • Self-inductance and mutual inductance calculations
    • Energy storage in magnetic fields
    • Electromagnetic induction in complex geometries
  • Unit 6: Electromagnetic Waves 6 hours

    Maxwell's equations and electromagnetic wave propagation.

    • Maxwell's equations in integral and differential form
    • Electromagnetic wave derivation from Maxwell's equations
    • Wave propagation and energy transport
    • Electromagnetic spectrum and wave properties
    • Boundary conditions and wave reflection/transmission
  • Unit 7: Review and Advanced Applications 4 hours

    Comprehensive review and preparation for the AP Physics C: E&M exam.

    • Integration of all electromagnetic concepts
    • Advanced problem-solving strategies
    • Practice with released AP exam questions
    • Mathematical techniques review
    • Final exam preparation and confidence building

1-on-1 Tutoring

$2,750

Fully personalised pace, every problem worked through together, flexible scheduling

Payment Options: Full payment or 3 installments of $917

Includes: All sessions, recorded materials, practice tests, WhatsApp support, and exam prep resources

Enrol in 1-on-1

Small Group Cohort (3โ€“5 students)

$1,400per student

Same curriculum, fixed weekly schedule, peer-learning environment, individual support via WhatsApp

Payment Options: Full payment or 2 installments of $700

Includes: All sessions, recorded materials, practice tests, WhatsApp support, and exam prep resources

Cohorts start when 3 students have enrolled for the same subject. Enquire for next cohort start date.

Enquire about Group

Student Success Story

"AP Physics C: E&M was the most challenging course I've ever taken, but also the most rewarding. The mathematical rigor was intense - working with Maxwell's equations and vector calculus felt like graduate-level work. The comprehensive approach to electromagnetic theory gave me such a deep understanding that my college electromagnetic theory course felt like a review. The tutoring made the difference between surviving and thriving in this incredibly demanding subject. I earned a 5 and felt completely prepared for electrical engineering!"

โ€” Emily R., Thomas Jefferson High School for Science and Technology

Who This Is For

AP Physics C: Electricity and Magnetism is typically taken alongside or after AP Physics C: Mechanics. This tutoring programme is designed for students with calculus skills who are ready to tackle electric fields, circuits, magnetism, and electromagnetic induction at a university-level depth. Ideal for students targeting top scores and preparing for engineering, physics, or applied sciences degrees.

Pair this with our AP Physics C: Mechanics tutoring for complete calculus-based physics preparation. Also see our AP Calculus BC tutoring.

Ready to Master Electromagnetic Theory?

AP Physics C: Electricity and Magnetism represents the most advanced and mathematically sophisticated physics course available at the high school level. This course will prepare you not only for the challenging AP exam but also provide you with the theoretical foundation essential for advanced studies in physics, electrical engineering, and related fields.

Students who successfully complete this course often find that they have already mastered much of the material covered in university-level electromagnetic theory courses. The combination of deep mathematical rigor and conceptual understanding makes this course invaluable preparation for careers in physics, engineering, and technology.

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Frequently Asked Questions โ€” AP Physics C: Electricity & Magnetism Tutoring

What mathematical background do I need for AP Physics C: E&M?

AP Physics C: Electricity and Magnetism requires a strong foundation in calculus, including derivatives, integrals, and ideally some exposure to multivariable concepts such as line integrals and surface integrals. Students should have completed or be concurrently enrolled in AP Calculus BC. Prior completion of AP Physics C: Mechanics is also strongly recommended.

How are online AP Physics C: E&M lessons conducted?

Lessons take place via video call with an interactive digital whiteboard, enabling complex electromagnetic derivations and vector calculus problems to be worked through in real time. All sessions are recorded for later review, and WhatsApp support is available between sessions for follow-up questions.

Can I take AP Physics C: E&M without having taken AP Physics C: Mechanics?

While it is technically possible, it is strongly recommended to complete AP Physics C: Mechanics first. The mathematical reasoning and problem-solving approach developed in Mechanics provides essential preparation for the more abstract electromagnetic theory in E&M. Students who skip Mechanics often find E&M significantly more challenging.

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