


AP Physics B 

AP Physics C Summer Assignment S2013 Rev 1 

Lab Manual 

AP Physics C Mapping Electric Fields Lesson Plan 

Electromagnetic Induction Lab with Model 750 Interface 

Magnetic Fields Produced by Coils Using Hall Probe Lab 

Magnetic Force on a Current Carrying Wire  Lab 

Mapping Electric Fields 

Parallel Plate Capacitor Lab 

RC Circuits Lab Using Model 750 Interface 

RC Circuits Lab 

Resistance & Ohm's Law Lab 

RL Circuits Lab with Model 750 Interface 

RL Circuits Lab 

SeriesParallel DC Circuits Lab 

Wheatstone Bridge Lab 

Unit 1 PPT Presentations 

Unit 1 Day 1 – Electric Charge 

Unit 1 Day 2 – Induced Charge & Coulomb's Law 

Unit 1 Day 3 – Electric Field Properties 

Unit 1 Day 4 – Electric Field Calculations 

Unit 1 Day 5 – Electric Field Lines 

Unit 1 Day 6 – Charged Particles in Electric Fields 

Unit 1 Day 10 – Electric Flux & Gauss's Law 

Unit 1 Day 11 – Applications of Gauss's Law 

Unit 1 Day 14 – E lectric Potential & Potential Difference 

Unit 1 Day 15 – Electric Potential of Point Charges 

Unit 1 Day 16 – Electric Potnetial due to any Charge Distributions 

Unit 1 Day 17 – Equipotential Surfaces 

Unit 1 Day 18 – Determining Electric Field from the Electric Potential 

Unit 1 Day 19 – Electric Potential Energy & CRT's 

Unit 2 PPT Presentations 

Unit 2 Day 1 – Definition & Determination of Capacitance 

Unit 2 Day 2 – Capacitors in Series & Parallel 

Unit 2 Day 3 – Electric Energy Storage 

Unit 2 day 4 – Dielectrics & their Molecular Description 

Unit 3 PPT Presentations 

Unit 3 Day 1 – Voltage, Current, Resuistance & Ohm's Law 

Unit 3 Day 2 – Resistivity, Power & AC Current 

Unit 3 Day 4 PPT  Microscopic View of Electric Current 

Unit 3 Day 5 – EMF & Terminal Voltage  DC Resistor Circuits 

Unit 3 Day 78 – Kirchhoff's Laws 

Unit 3 Day 11 – RC Circuits 

Unit 4 PPT Presentations 

Unit 4 Day 1 – Magnetic Fields Produced by Electric Currents 

Unit 4 Day 2 – Forces on Currents & Charges in Magnetic Fields 

Unit 4 Day 3 – Magnetic Dipole Moment & Applications 

Unit 4 Day 4 – Electron Properties & Hall Effect 

Unit 4 Day 7 – Magnetic Fields Due to Wires 

Unit 4 Day 8 – Ampere's Law & Magnetic Fields Thru Solenoids & Toroids 

Unit 4 Day 9 – The BiotSavant Law 

Unit 4 Day 10 – Magnetic Materials & Electromagnets 

Unit 4 Day 11 – Gauss's Law for Magnetism 

Unit 5 PPT Presentations 

Unit 5 Day 1 – Faraday's Law 

Unit 5 Day 2 – Induced Current in a Moving Conductor 

Unit 5 Day 3 – Eddy Currents 

Unit 5 Day 4 – Transformers 

Unit 5 Day 5 – General Form of Faraday's Law 

Unit 5 Day 8 – Mutual & Self Inductance 

Unit 5 Day 9 – Stored Energy in a Magnetic Field 

Unit 5 Day 11 – RL Circuits 

Honors Physics Unit Files 
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Unit 1 zip file 
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Unit 2 zip file 
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Unit 3 zip file 
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Unit 4 zip file 
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Unit 5 zip file 
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Unit 6 zip file 
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Unit 7 zip file 
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Unit 8 zip file 
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Unit 9 zip file 


The Greek Alphabet 

Vector Analysis and Other Mathematical Operations for Advanced Physics 

Introduction to Oscilloscopes 

Rules for the Use of Meters 

Introduction to Experimental Error and Data Analysis 

Series & Parallel Resistor Circuits Using PASCO EM8656 Lab 

Mapping Electric Fields Lab 

Physics of Flight Lab Manual 
ZIP 
Unit 1 
ZIP 
Unit 2 
ZIP 
Unit 3 
ZIP 
Unit 4 


Physics Lab Manual 


1

Projectile Motion 

2

Projectile Range vs. Angle 

3

Newton’s Second Law II 

4

Conservation of Momentum in Explosions 

5

Conservation of Momentum in Collisions 

6

Centripetal Force 

7

Hooke’s Law 

8

Simple Harmonic Motion – the
Pendulum 

9

Archimedes’ Principle 

10

Specific Heat 

11

Electrostatics – The Capacitor 

12

Electronic Circuits – Resistor Circuits 

13

Electromagnetic Induction 

14

Speed of Sound in Air – Resonant Pipe 

15

Young’s Experiment 

16

Index of Refraction, Snell’s Law, and Total Internal Reflection 

17

Polarization of Light 

18

Light and Color 


