Physics Agenda

If possible, please bring:

  • a graphing calculator
  • a laptop
  • your current AP Physics C course syllabus
  • favourite demo/lab ideas
  • computer simulations/websites you use
  • books you are currently using or may use in the future
Day 1 Day 2 Day 3 Day 4

Introduction – Course and Exam Description

Video AnalysisProjectile Motion


COM & Momentum MagnetismCharged particles in magnetic fields & Magnetism due to wires
Overview of the courseExam structure / TOI and equations

Lab component

Torque and Rotational Motion Drag and Differential Equations Equity & AccessGrowing the program
MC Samples, scoring, and strategies Formative and summative assessmentsPhilosophy & Practices DC Circuits: Kirchhoff’s Rules & Concept Inventories Biot-Savart, Ampere’s Law, and line integralsLenz & Faraday
Introduction to calculus and its applications to kinematics and dynamics AP Classroom Electric field derivations & Surface integrals Inductors in circuits
Introduction to Audit/Syllabus/Pacing Guides (Follow-up throughout the APSI) Energy & Gravity TIPERS SHM IIMore Differential Equations
FR Mechanics scoring with rubricsReading Labs/Demos:Rotation Capacitors Magnetism labs and demos
Teaching strategies Graphical analysis:Linearization, etc. RC CircuitsWork on/scoring electricity MC/FR Questions Work on/scoring magnetism MC/FR QuestionsRaffle
Mechanics labs and demos Mechanics labs and demos Electricity labs and demos Administration end mattersP

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