AP Physics Page
John Dewey High School
Schedule of Cycle 1 Laboratories
Schedule of Cycle 2 Laboratories
Schedule of Cycle 3 Laboratories
Schedule of Cycle 4 Laboratories
Geometric Optics Problems
Holiday Homework: Problems in Thermal Energy
Electrostatics Problems I
Solution: Electric Forces/Electric Fields Text Problem 65
Waves and Sound Homework Problems
Mid-Winter Recess Holiday HW: Reflection and Refraction
Modern Physics I: Quantum Theory: Photoelectric Effect
Linear Superposition/Young's Double-Slit Experiment HW
Models of the Atom
V = -N[dF/dt]
R   O   Y   G   B   I   V
Visible Spectrum
Low f

Long l
High f

Short l
Maxwell's Equations
(Differential Form)
Ampere's Rule

(First "Right-Hand Rule")
M = magnetic field lines
DC = direct current
James Clerk Maxwell
The Dirac Equation
Refraction and Dispersion
AP Physics Lab: Finding the Equilibrant
Cooling Atoms with Lasers
I
B
Conducting Wire
P-V and T-S Diagrams
Glenn
Research
Center
Nuclear Fusion
p = proton
n = neutron
n = neutrino
g = gamma ray photon
= positron
Laboratories
Text Chapters
Chapter 1
Chapter 2
Chapter 3
Chapter 4 - Part A
Chapter 4 - Part B
Chapter 5
Chapter 6
Chapter 7
Chapter 8
Chapter 9 - Part A
Chapter 9 - Part B
Chapter 10
Chapter 11 - Part A
Chapter 11 - Part B
Chapter 12 - Part A
Chapter 12 - Part B
Equation Derivations
ULAM
r = lever arm distance
F = applied force
t = torque
Centripetal Acceleration
Work-Energy Principle
Chapter 13
Chapter 14
Chapter 15
Rotational Dynamics
Electromagnet
Chapter 16 - Part A
Chapter 16 - Part B
Chapter 17
Chapter 18 - Part A
Chapter 18 - Part B
Chapter 19
Projectile Motion: Range
Projectile Motion: Altitude
SHM: Circular Motion Period
SHM: Pendulum Motion Period
SHM: Mass-Oscillator Motion Period
Chapter 20 - Part A
Chapter 20 - Part B
Chapter 21 - Part A
Helium Atom
Helium Nucleus
p
n
140 pm
-12
1 pm = 10      m
-15
1 fm = 10      m
Helium Spectrum
Electron
Proton
+
-
Bohr Radius (rB) = 52.9 pm
rB
Simplified Schematic of the Hydrogen Atom
Electron Transition
from the
n = 3 Level to the n = 2 Level
Emitted
Photon
Electron
-19
qe = -1.60 X 10     C
-19
qp = +1.60 X 10     C
DE = hf
Dispersion of Polychromatic Light Transiting Through a Calcite Crystal
My AP Physics B Very Important Equation Sheets
Light-Emitting Diodes (LED)
Refraction and Dispersion Through Equilateral Prism
Low Frequency - Long Wavelength
[Least Refracted]
High Frequency - Short Wavelength
[Most Refracted]
Polychromatic
Incident
Light
Monochromatic
Refracted
Light
Prism
Tantalum Electrodes

[With Anodized Coating]
Archimedes Principle
Torricelli's Principle
Torricelli's Principle
Thermal Strain of a Rubber Band and Its Relationship to Its Entropy
The Greek Alphabet and Common Physics Symbols
Alpha Particles/Angular Acceleration
Linear Thermal Expansion Coefficient
Beta Particles/Sound Intensity
Gamma Rays/Heat Capacity Ratio
"Change in..."
Angle/Angular Displacement
Wavelength
Friction Coefficient
Magnetic Permeability
Resistance/Angular Speed
Torque/Shear Stress
Density/Resistivity
Wavefunction
3.14
Index of Refraction/Viscosity
Strain/Emissivity/EMF/Permittivity
"Sum of..."/Stress
Electrical Conductivity
Dielectric Constant
Frequency
Magnetic Flux/Work Function
Equivalent Capacitance: Parallel Circuits
Equivalent Capacitance: Series Circuits
Equivalent Resistance: Series Circuits
Equivalent Resistance: Parallel Circuits
Three-Body Problem
Class Textbook Companion Website
Systems of Concurrent Straight-Line Forces
Mid-Term Examination A
Ballistic Pendulum Problems: E and p Conservation
Statics I Problems
Uniform Linear Accelerated Motion Problems
Momentum and Collision Problems
Statics II Problems
Thermal Energy Problems I
Thermal Energy Problems II
Rotational Kinematics Problems
Projectile and Relative Motion Problems
Conceptual Rotational Dynamics Problem
Letter of Welcome
Class Notes
Conceptual PV Diagram Problem Solution
The Kinetic Molecular Theory of Gases
Cyclic Thermodynamic Processes and States and PV Diagrams
Demonstrations and Equations of the Thermodynamics of Ideal Gases
Kinetic Molecular Energy, Internal Energy and Work
PV Diagram Problem Solution [AP 2009 Free-Response No. 4]
Geometric Optics: Sign Conventions, Ray-Tracing Rules and Equations
Geometric Optics: Focal Relations
Focal Relations of a Convex Lens
di
0 = origin
f = focal point
hi = image height
ho = object height
di = image distance
do = object distance
do
Principal Axis
Plane of Lens
ho
hi
0
f
Object
Image
Lens
Principal Ray
The Leyden Jar
Solutions
General Relativity and Spacetime
Ballistic Pendulum
Hooke's Law
Static Friction Problem I
Static Friction Problem II
The Orbital Kinematics of the Solar System
Maximum Radius and Minimum Speed of Inverted Transit of a Roller Coaster Loop
t = Frsinq
Torque on a Beam
Torque on a Beam II
Work and Energy
Linear Kinematics Multiple Choice Problems I
Linear Kinematics Multiple Choice Problems II
Linear Kinematics Free-Response Problems
2018 Exam Calendar

AP Physics 1
Tuesday May 8
11:30 am

AP Physics 2
Wednesday May 9
11:30 am
Dynamics: Newton's Laws, Inertia, Force, Translational Friction, Momentum and Its Conservation and Impulse
Quantum Mechanics I: Photon Momentum and the deBroglie Wavelength
Gravitation and Planetary Motion Problems
Forces and Orbital Mechanics Problems
Inclined Planes, Pulleys and Translational Friction Problems
The Push-Up Problem
UNH Library: Digitized Antiquarian Physics Books
Birtwistle, George 1925: The principles of thermodynamics
Martin, L. C. (Louis Claude) 1924: Optical measuring instruments, their construction, theory, and use
Tyndall, John, [1820-1893] 1895: Sound