Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
APJ Scoring: Spring 2015 Initials ______
Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
APJ Scoring: Spring 2015 Initials ______
Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
APJ Scoring: Spring 2015 Initials ______
Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
APJ Scoring: Spring 2015 Initials ______
Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
APJ Scoring: Spring 2015 Initials ______
Cover/TOC/Binding / /10
Color/Pagination/Readability / /10
Completeness (including FFC’s) / /30
Electric Lines of Force p. 164 / /25
Cap Lab p. 194 / /25
Ampere’s Law p. 228 / /25
Waves Lab 2 p. 254 / /25
Total / /150
Advanced Physics Journal Table of Contents Spring 2015
Title / Page #Electric Forces / 162
Electric Lines of Force / 164
Electric Field Vector / 166
Electric Field of an Infinite Sheet / 168
What is Flux? / 170
Gauss’s Law / 172
Gauss’ Law in Action / 174
Voltage / 176
Voltage due to a Point Charge / 178
Equipotential Surfaces / 180
Voltage due to Charge Distributions / 182
Relationship Between E and V / 184
Electric Potential Energy of Systems / 186
Capacitance / 188-191
Hooking up Capacitors / 192
Cap Lab / 194
Dielectrics / 196
Electric Circuits / 198
Ohm’s Law Lab / 200
Water Flow Analogy / 202
Circuit Rules / 204
Resistors in Series and Parallel / 206
RC Circuits / 208
Intro to Oscilloscope Lab / 210
RC Circuit Lab / 212
Magnetic Force on a Moving Charge / 214
Cyclotron / 216
Magnetic Force on a Current Carrying Wire / 218
Motor Lab / 220
Magnetic Fields / 222
Bitty Current Segment B Field / 224
Interaction Between Current Carrying Wires / 226
Ampere’s Law / 228
Solenoids and Toroids / 230
Right Hand Rules / 232
Faraday’s Law / 234
Changing Magnetic Fields Make Electric Fields / 236
Inductance and Self-Inductance / 238
RL Circuits / 240
LC Oscillators / 242
Transformers / 244
Gauss’ Law for Magnetic Fields / 246
Induced Magnetic Fields / 248
Maxwell’s Equations / 250
Waves Lab 1 / 252
Waves Lab 2 / 254