AP Physics C: E&M · 11 Electric Circuits
Voltage and potential difference for AP Physics C: E&M
Voltage and potential difference is mapped to 11 Electric Circuits in the AP Physics C: Electricity and Magnetism pathway. Use this public guide to see exactly where the concept fits, what to master, and which GioPhysics resource continues the study sequence.
Where this fits
11 Electric Circuits
- Curriculum
- AP Physics C: Electricity and Magnetism
- Theme or group
- AP Physics C: Electricity and Magnetism
- Current framework
- 2026–27 course year · May 2027 exam format
Chapters 22–23 cover steady-state circuits and Kirchhoff's laws; the Circuit Calculus lesson handles the RC transient treatment.
Mastery checklist
Know what success looks like.
- 01
Identify nodes and branches before applying any circuit equation.
- 02
Use charge and energy conservation at the correct part of the network.
- 03
Check polarity, current direction, units, and the behaviour of limiting component values.
Exam lens
Build, apply, check.
11 Electric Circuits is identified as 15–25% in this curriculum map. Build the concept first, then practise selecting a model, showing working, and checking the final result.
Teaching sequence
11 Electric Circuits
This syllabus point maps to 8 ordered concept guides.
- 01Electric current and charge flow
- 02Voltage and potential differenceCurrent guide
- 03Resistance, resistivity, and Ohm's law
- 04Series and parallel circuits
- 05Electric power
- 06Kirchhoff's loop and junction rules
- 07E.m.f. and internal resistance
- 08RC circuits and circuit calculus