Dr Hoselton's Links to Physics Si(gh)t(e)s

• Link Equilibrium of Three Forces-J11
  
• Link Motion with Constant Acceleration-J11
  
• Link Resultant of Forces (Addition of Vectors)-J11
  
• Link Pulley System-J11
  
• Link Lever Principle-J11
  
• Link Inclined Plane-J11
  
• Link Newtons Second Law Experiment-J11
  
• Link Projectile Motion-J11
  
• Link Elastic and Inelastic Collisions-J11
  
• Link Newtons Cradle-J11
  
• Link Centripetal Force-J11
  
• Link Keplers First Law-J11
  
• Link Keplers Second Law-J11
  
• Link Hydrostatic Pressure in Liquids-J11
  
• Link Buoyant Force in Liquids-J11
  
• Link Simple Pendulum-J11
  
• Link Spring Pendulum-J11
  
• Link Coupled Pendula-J11
  
• Link Forced Oscillations (Resonance)-J11
  
• Link Beats-J11
  
• Link Standing Longitudinal Waves-J11
  
• Link Huygens Principle - Reflection and Refraction-J11
  
• Link Interference of Two Circular Waves-J11
  
• Link Doppler Effect-J11
  
• Link Magnetic Field of a Bar Magnet-J11
  
• Link Motion with Constant Acceleration-J11
  
• Link Motion with Constant Acceleration-J11
  
• Link Motion with Constant Acceleration-J11
  

• Link Equilibrium of Three Forces-J14
  
• Link Motion with Constant Acceleration-J14
  
• Link Resultant of Forces (Addition of Vectors)-J14
  
• Link Resolution of Force into Components-J14
  
• Link Pulley System-J14
  
• Link Lever Principle-J14
  
• Link Inclined Plane-J14
  
• Link Newtons Second Law Experiment-J14
  
• Link Projectile Motion-J14
  
• Link Elastic and Inelastic Collisions-J14
  
• Link Newtons Cradle-J14
  
• Link Centripetal Force-J14
  
• Link Keplers First Law-J14
  
• Link Keplers Second Law-J14
  
• Link Hydrostatic Pressure in Liquids-J14
  
• Link Buoyant Force in Liquids-J14
  
• Link Simple Pendulum-J14
  
• Link Spring Pendulum-J14
  
• Link Coupled Pendula-J14
  
• Link Forced Oscillations (Resonance)-J14
  
• Link Beats-J14
  
• Link Standin Wave (Superposition with Reflection)-J14
  
• Link Standing Longitudinal Waves-J14
  
• Link Interference of Two Circular Waves-J14
  
• Link Doppler Effect-J14
  
• Link Magnetic Field of a Bar Magnet-J14
  
• Link Magnetic Field of a straight Current-Carrying Wire-J14
  
• Link Lorentz Force-J14
  
• Link DC Electric Motor-J14
  
• Link Generator-J14
  Generator???
  
• Link Ohms Law-J14
  
• Link Combinations of Resistors-J14
  
• Link Potentiometer-J14
  
• Link Wheatstone Bridge-J14
  
• Link AC Circuits-J14
  
• Link Combinations of Resistors, Inductors and Capacitors-J14
  
• Link Oscillating Circuit-J14
  
• Link Electromagnetic Wave-J14
  
• Link Refraction-J14
  
• Link Huygens Principle - Reflection and Refraction-J14
  
• Link Refracting Telescope-J14
  
• Link Interference at a Double Slit-J14
  
• Link Diffraction by a Single Slit-J14
  
• Link Ideal Gas Law-J14
  
• Link Time Dilation-J14
  
• Link Photoelectric Effect-J14
  
• Link Bohr Atom - Hydrogen-J14
  
• Link Radioactive Decay Series-J14
  
• Link Exponential Decay-J14
  

• Link Capacitance 001
  
• Link Capacitance 002
  
• Link Charged Particles 001
  
• Link Charged Particles 002
  
• Link Charged Particles 003
  
• Link Electric Energy 001
  
• Link Electric Field 001
  
• Link Electric Field 002
  
• Link Electric Field 003
  
• Link Electric Field 004
  
• Link Electric Field 005
  
• Link Electric Potential 001
  
• Link Electric Potential 002
  
• Link Electric Potential 003
  
• Link Linear Motion 001
  
• Link Harmonic Motion 001
  
• Link Magnetism 001
  
• Link Magnetism 002
  
• Link Magnetism 003
  
• Link Magnetism 004 - Not Available
  
• Link Magnetism 005
  
• Link Magnetism 006
  
• Link Mass Spectrometer 001
  
• Link Mass Spectrometer 002
  
• Link Mass Spectrometer 003
  
• Link Measurement 001
  
• Link Measurement 002
  
• Link Projectile Motion 001
  
• Link Projectile Motion 002 - Not Available
  
• Link Projectile Motion 003
  
• Link Projectile Motion 004 - Not Available
  
• Link Projectile Motion 005
  
• Link Projectile Motion 006 - Not Available
  
• Link Quantum Physics 001
  
• Link Quantum Physics 002
  
• Link Quantum Physics 003
  
• Link Quantum Physics 004 - Not Available
  
• Link Radioactivity 001
  
• Link Radioactivity 002
  
• Link RC Circuit 001
  
• Link RC Circuit 002
  
• Link Rolling & Slipping 001
  
• Link Rolling & Slipping 002
  
• Link Rotational Dynamics 001
  
• Link Vector Algebra 001
  
• Link Vector Algebra 002
  
• Link Vector Algebra 003
  
• Link Vector Algebra 004
  
• Link Vector Algebra 005
  
• Link Vector Algebra 006
  

• Link Golf Ball Trajectory Simulation
  
• Link Cannon and Monkey
  
• Link 2D Collisions
  
• Link Free-fall Timer
  
• Link 2D Collisions
  
• Link Reaction Time
  
• Link Reaction Time and Car Accident
  
• Link Relative Motion
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  
• Link
  

• Link Algebraic Manipulation
  
• Link Dimensional Analysis
  
• Link Significant Figures
  
• Link Manipulation of Exponents
  
• Link Scientific Notation
  
• Link Logarithms
  
• Link The Quadratic Equation
  
• Link Standard Devation - pdf file
  

• Link Unit Conversion-J11
  
• Link Sum of Angles on a Triangle-J11
  
• Link Thales Circle-J11
  
• Link Lines and Circles on a Triangle-J11
  
• Link Center of Mass of a Triangle-J11
  
• Link Cyclic Quadrilateral-J11
  
• Link Circumscrible Quadrilateral-J11
  
• Link Angles at the Circle-J11
  
• Link Pythagorean Theorem 2-J11
  
• Link Platonic Solids-J11
  
• Link Cavalieris Principle-J11
  
• Link Spherical Triangle-J11
  
• Link Sine Cosine and Tangeant of an Angle-J11
  
• Link Components of a 3D Vector-J11
  
• Link Vector Equation of a Line in Three Dimensions-J11
  
• Link Slope of Secant and Tangeant Lines-J11
  
• Link First and Second Derivatives of a Function-J11
  
• Link Complex Number Aritmetic-J11
  

• Link Unit Conversion-J14
  
• Link Sum of Angles on a Triangle-J14
  
• Link Thales Circle-J14
  
• Link Lines and Circles on a Triangle-J14
  
• Link Center of Mass of a Triangle-J14
  
• Link Cyclic Quadrilateral-J14
  
• Link Circumscrible Quadrilateral-J14
  
• Link Angles at the Circle-J14
  
• Link Pythagorean Theorem 1-J14
  
• Link Pythagorean Theorem 2-J14
  
• Link Platonic Solids-J14
  
• Link Cavalieris Principle-J14
  
• Link Spherical Triangle-J14
  
• Link Sine Cosine and Tangeant of an Angle-J14
  
• Link Components of a 3D Vector-J14
  
• Link Vector Equation of a Line in Three Dimensions-J14
  
• Link Slope of Secant and Tangeant Lines-J14
  
• Link First and Second Derivatives of a Function-J14
  
• Link Complex Number Aritmetic-J14
  
• Link Binomial Coefficients and Pascals Triangle
  
• Link Simple Geometric Transformations
  
• Link Circum-Circle on a Triangle
  
• Link In-Circle on a Triangle
  
• Link Proportional Segments at Parallel Lines
  
• Link Twin Circles of Archimedes
  
• Link Circumference and Area of a Circle
  

• Link Golf ball Trajectory Simulation Applet
  
• Link Shoot the Monkey
  
• Link 2D Collisions Java Applets
  
• Link Freefall Lab - Earth, Moon and Mars
  
• Link See-Saw Torque
  
• Link Projectile motion
  
• Link Elastic collisions
  
• Link Coriolis and centrifugal forces
  
• Link The Kepler problem
  
• Link The simple plane pendulum
  
• Link Chaos in the driven pendulum
  
• Link Billiard ball simulation
  
• Link Spinning Top
  
• Link Newton's Cannon
  
• Link Virtual wind tunnel
  
• Link Inclined Plane/Friction
  
• Link Potential/Kinetic Energy
  
• Link Momentum
  
• Link 2-D Cannon
  
• Link Projectile Motion
  
• Link Work
  
• Link Dynamics Applet (Surendranath)
  
• Link Instantaneous Speed
  

• Link Longitudinal Wave
  
• Link Phased Array
  
• Link Ultrasound: How does it work?
  
• Link Interference Patterns
  
• Link Ripple Tank
  
• Link The damped harmonic oscillator
  
• Link Coupled oscillations
  
• Link Beats
  
• Link Interference in a Ripple Tank
  

GENERAL APPLETS

• Link Units
  
• Link Error and Measurement
  
• Link Exponential Growth
  

• Link Gravity Flow
  

• Link Light: a myriad of colors
  
• Link Bragg's Law of Diffraction
  
• Link Bragg's Law and Diffraction: How waves reveal the atomic structure of crystals

ELECTRICITY AND MAGNETISM

• Link Lissajous Lab
  
• Link Interference of Siusoidal Waves
  
• Link Voltage
  
• Link Motion in an electromagnetic field

MOLECULAR, ATOMIC
AND NUCLEAR
JAVA APPLETS

• Link Lennard-Jones Molecular Dynamics
  
• Link Polymers
  
• Link Surface Tension
  
• Link P and V Effects - Le Chatlier's principle
  
• Link Thomson Atom
  
• Link Nuclear Atom
  
• Link Einstein's Explanation of Brownian Motion
  
• Link One-dimensional one-atom classical gas
  
• Link Two-dimensional collisions
  
• Link Model Nonequilibrium System
  
• Link Brownian Motion (Advanced)
  
• Link Spectra of Gas discharges
  
• Link The particle in the box
  
• Link Radioactive Decay
  
• Link Radioactive Decay
  

• Link Multiple Pendulum
  
• Link Heat Flow
  
• Link Planetary Motion
  
• Link Spinning Top
  
• Link Soliton
  
• Link Bungie Chord
  
• Link Bridge
  
• Link Breaking Bridge
  
• Link Beam
  
• Link Breaking Beam

• Link Atwood's Machine
  
• Link Atwood's Machine - Pulley with Mass
  
• Link The Atwood Machine - Pulley with Mass
  
• Link Beat Frequency
  
• Link Billiards
  
• Link Billiards - New version
  
• Link Black Body Temperature - New version
  
• Link Capacitor Combinations
  
• Link Charging a Capacitor
  
• Link Cartesian Diver
  
• Link Color Mixing - RGB Subtraction
  
• Link Color Mixing - CYM Addition
  
• Link Coloumb's Force Makes Stable Elliptical Orbits, too - Non-quantitative
  
• Link Coupled Harmonic Oscillators
  
• Link Crossed Polarizers
  
• Link Damped Harmonic Oscillator
  
• Link Diffraction
  
• Link Electric Field - Not Potential!
  
• Link Force and work
  
• Link Ideal Gas
  
• Link Inclined Plane
  
• Link Interface Optics
  
• Link Interference
  
• Link Interference
  
• Link Induction
  
• Link Kinetic Theory
  
• Link Lens Combination
  
• Link Mass on a Spring
  
• Link Mass on a Spring - Oscillator - not working
  
• Link Motion Graphs - Constant Acceleration
  
• Link Newtons Balls
  
• Link Oscilloscope
  
• Link Refraction, Reflection, Diffraction
  
• Link Resistor Combinations
  
• Link RLC Resonance Circuit
  
• Link Seasons
  
• Link Shadows
  
• Link Simple Elliptical Orbital Simulator - Non-quantitative
  
• Link Simple Inclined Plane
  
• Link Simple Pendulum
  
• Link Simple Pendulum
  
• Link Stacking Blocks
  
• Link Static Pivoted Beam
  
• Link 2D Projectile Motion
  
• Link 2D Projectile Motion
  
• Link Two-slit Interference
  
• Link Two-slit with Diffraction
  
• Link Vector Addition
  
• Link Vector Addition - Net Force
  
• Link Virtual Air Track
  
• Link Virtual Air Track
  
• Link Virtual Billiards
  
• Link Waves - Frequency and Wavelength

• Link Physical Science I - Frank Potter's Science Gems
  
• Link Physical Science II - Frank Potter's Science Gems
  
• Link University Physics I - Lecture notes
  (Dr. Daniel Suson, Texas A&M University-Kingsville)
  
• Link Physics Classroom - tutorials, multimedia online demos, & interactive problem solving
  (Study Works! Online)
  
• Link Companion textbook website for
  How Things Work The Physics of Everyday Life - includes interactive tutorials
  (L. A. Bloomfield - Physics for Non-Science majors)
  (John Wiley & Sons, Inc.)
  
• Link Physics 2000 - Interactive Journey Through Modern Physics
  (University of Colorado)
  
• Link General Physics I- lecture notes
  (Dr. R. Arts, Pikeville College)
  
• Link General University Physics II - Learning Modules
  (Maria Dworzecka, George Mason University)
  
• Link Physics II: - Tutorials & Interactive Applets
  (Universiity of Florida)
  
• Link Elementary Physics II - lecture notes, handouts,
  sample exams w/ solns.
  (S. Pratt & J. Pumplin, Michigan State University
  
• Link Electricity & Magnetism Modules: - Tutorials & Interactive graphics
  (Project LINKS, Rensselaer Polytechnical Institute)
  
• Link The Particle Adventure - Fundamentals of Matter & Force: An Interactive Tour
  (Particle Data Group, Lawrence Berkeley National Laboratory)
  
• Link Key concepts in - mechanics, electricity, magnetism,
  fluids, & atomic physics
  
• Link Key concepts in - optics, light, heat, waves, & sound
  
• Link PhysLINK: - Guide to Physics on the Web
  
• Link History of Physics: - Online Tutorials
  
• Link Astronomy I: Solar System
  (lecture notes & tutorials)
  (University. of Tennessee)
  
• Link Astronomy II: - Stars, Galaxies, & Cosmology
  (lecture notes & tutorials) (University of Tennessee)
  
• Link Online Educational Resources for Physics Teachers - primarily java
  applets arranged by major topics & subtopics in Physics I & II
  (Zito Giuseppe)
  
• Link Physics I: - Lecture Notes with demonstrations
  of concepts using java applets
  
• Link Physlets: - java applets demonstrating numerous physics topics
  
• Link Online practice problems in Physics - with solutions
  
• Link Online Physics demos - many topics from UC-Berkley
  
• Link Online Physics demos - various topics
  (Boston University)
  
• Link Online Physics tutorial - Mechanics, Waves, & Light
  (java applets included)
  
• Link Astronomy Notes (Nick Strobel)
  
• Link Astronomy: - Online Lecture & Lab notes and related links.
  
• Link Physics internet resources -
  
• Link Introductory Physics I & II Notes -
  
• Link Notes: - Physics with Biological Applications
  
• Link Symbols and Abbreviations - in Physics
  
• Link Physics Glossary: - A-C
  
• Link Physics Glossary: - D-G
  
• Link Physics Glossary: - H-L
  
• Link Physics Glossary: - M-Q
  
• Link Physics Glossary: - R-V
  
• Link Physics Glossary: - W-Z
  
• Link AP Physics Project - tutorials, etc.
  (Garden Spot High School)
  
• Link Modern Physics: - Lecture Notes & Homework Problems
  
• Link Astronomy I: - Lecture Notes, Quizzes, Internet Resources
  
• Link Astronomy: - Intro. to Stars, Galaxies, & the Universe - lecture Notes
  (Dr. Richard Pogge, Ohio State University)
  
• Link Physics of Energy & Environment: - Lecture Notes, Internet Resources
  (University of Oregon)
  
• Link Gen. Physics I - Lecture Notes in power point format
  (Steven Gollmer, Cedarville University)
  
• Link Gen. Physics II - - Lecture Notes in power point format
  (Steven Gollmer, Cedarville University)
  
• Link Modern Physics - Lecture Notes (Michael Fowler, University of Virginia)
  
• Link Physics Tutorials: - Various Topics
  
• Link Physics Courses Homepage - First Year thru Graduate Level
  (University of Guelph)
  
• Link Companion Website for the textbook: - College Physics by R. Serway & J. Faughn, 6th Edition (Thomson Learning)
  
• Link Help for Physics Students - tutorials, online texts, & more
  (DC Physics)
  
• Link AP Physics Links - (KET Distance Learning)
  
• Link AP Physics B - Tutorials & other course materials
  (D. Gende, Holy Innocents'Epistocal School)
  
• Link Collection of java applets - for Physics I & Physics II
  (B.Surendranath Reddy)
  
• Link College Prep Physics - web resources
  (Dolores Gende, Holy Innocents' Episcopal School)
  
• Link Interactive Online Physics textbook - calculus based
  (Larry Gladney, University of Pennsylvania)
  
• Link Physics I Calculus-based - lecture notes, quiz, practice exams w/soln.
  (W.J. Leonard, University of Massachussetts - Amherst)
  
• Link Physics II calculus-based - Lecture slides, course notes, online practice tests
  (Dr. R. G. Jordan, Florida Atlantic University)
  
• Link Electricity & Magnetism topics in calculus-based Physics II - video lectures, course notes, homework /solns, and practice exams w/solns.
  (Dr. Walter Lewin, MIT)
  
• Link General Physics II - Power Point Lecture notes
  (Dr. T. Zable, Portland State Community College)
  
• Link Astronomy - online resources (Space.com Inc.)
  
• Link GCSE Physics Tutorials -
  
• Link Spectrum of Physics - extensive collection of web resources
  on the various areas within Physics (Daniel Kirchmann)
  
• Link HyperPhysics - detailed and extensive collection of notes w/illustrations for all major areas of Physics, also includes
  video demos, tables of physical data, & example problems
  (C. R. Nave, Georgia State University)
  
• Link General Astronomy - Streaming video lectures
  (Dr. Alex Filippenko, UC-Berkeley)
  
• Link Physics for Future Presidents - Streaming video lectures
  (Dept. of Physics, UC-Berkeley)
  
• Link General Physics I - Streaming video lectures
  (Russ Herman, Dept. of Physics, University of North Carolina)
  
• Link Physics for Non-Science Majors - Streaming video lectures
  (Dept. of Physics, University of Virginia)
  
• Link General Physics I & II - Streaming video Demonstrations
  (Dept. of Physics, Wake Forrest University)
  
• Link
  

KINEMATICS -

• Link Reaction Time - J102 KIN 137
  
• Link Reaction Time and Car Accident - J102 DYN 138
  
• Link Traffic Light System - J102 KIN 139
  
• Link Relative Motion --Frame of Reference - J102 KIN 140
  
• Link Relative Motion --Student Worksheet J102 KIN 140
  
• Link Free Rolling and Circular Motion - J102 KIN 141
  
• Link Racing Balls - J102 KIN 142
  
• Link 1D-Displacement, Velocity, Acceleration - J102 KIN 143
  
• Link Projectile Motion - J102 KIN 144
  
• Link Projectile Motion w/Drag - J102 KIN 145
  
• Link Interesting Properties of Projectile Motion - J102 KIN 146
  
• Link Angular Momentum and Area - J102 KIN 147
  
• Link Simple Harmonic Motion and Uniform Circular Motion - J102 KIN 148
  
• Link Spring Force and SHM - J102 KIN 149
  
• Link Rolling Motion of a Ping Pong Ball - J102 KIN 150
  
• Link Bouncing Balls - J102 KIN 345
  
• Link Comment - KIN 151
  
• Link Comment - KIN 220
  
• Link Comment - KIN 221
  
• Link Comment - KIN 222
  
• Link Comment - KIN 224
  
• Link Comment - KIN 268
  
• Link Comment - KIN 285
  
• Link Comment - KIN 295
  
• Link Comment - KIN 307
  
• Link Comment - KIN 321
  
• Link Comment - KIN 331
  
• Link Comment - KIN 333
  
• Link Comment - KIN 359
  
• Link Comment - KIN 381
  
• Link Comment - KIN 394
  

• Link Free-Body Force Diagram - J102 DYN 1
  
• Link which Direction will it Roll? - J102 DYN 2
  
• Link Frictional Force - J102 DYN 3
  
• Link 2-D Collisions - J102 DYN 4
  
• Link Conservation of Momentum (1-D collisions) - J102 DYN 5
  
• Link Circular Motion and Centripetal Force - J102 DYN 6
  
• Link Buoyant Force II - J102 DYN 7
  
• Link Pulleys - J102 DYN 8
  
• Link Kepler Motion - J102 DYN 9
  
• Link Block and Center of Gravity - J102 DYN 10
  
• Link Pendulum - J102 DYN 11
  
• Link Pendulum II - J102 DYN 12
  
• Link Buoyant Force - J102 DYN 266
  
• Link Trajectories and Orbits - DYN 398
  
• Link Persian BLOG - DYN 98
  
• Link Simullation Comment - DYN 104
  
• Link Comment - DYN 107
  
• Link error Comment - DYN 108
  
• Link Comment - DYN 111
  
• Link Comment - DYN 180
  
• Link Comment - DYN 225
  
• Link Comment - DYN 273
  
• Link Comment - DYN 306
  
• Link Comment - DYN 309
  
• Link Comments - DYN 311
  
• Link Comments - DYN 314
  
• Link Another Pulley Problem - EJS DYN 315
  
• Link Comment - DYN 324
  
• Link Comment - DYN 338
  
• Link Comment - DYN 353
  
• Link Comment - DYN 355
  
• Link Comment - DYN 363
  
• Link Comment - DYN 364
  
• Link Comment - DYN 389
  
• Link Comment - DYN 395
  
• Link Comment - EJS DYN 402
  

• Link Transverse Travelling Wave - J102 WAV 13
  
• Link Transverse and Longitudinal Waves (Standing and Traveling) - J102 WAV 14
  
• Link Interference between two waves - J102 WAV 15
  
• Link Transmission of waves through dense material - J102 WAV 16
  
• Link Fourier Synthesis - J102 WAV 17
  
• Link Superposition of Pulses - J102 WAV 18
  
• Link Superposition Principle for Waves - J102 WAV 19
  
• Link Double Slit Inteference - J102 WAV 20
  
• Link Moving Point Source: Doppler Effect and Shock Wave - J102 WAV 21
  
• Link Spring Oscillation and Wave - J102 WAV 22
  
• Link topic 89 - WAV 89
  
• Link topic 94 - WAV 94
  
• Link topic 96 - WAV 96
  
• Link topic 99 - WAV 99
  
• Link Great Site - WAV 101
  
• Link Satellite Comments - WAV 102
  
• Link Thanks Comment - WAV 103
  
• Link Comment - WAV 114
  
• Link Comment - WAV 115
  
• Link Comment - WAV 133
  
• Link comment - WAV 136
  
• Link Comment - WAV 208
  
• Link Comment - WAV 223
  
• Link Comment - WAV 275
  
• Link Comment - WAV 277
  
• Link Comment - WAV 279
  
• Link Comment - WAV 291
  
• Link Comment - WAV 293
  
• Link Comment - WAV 298
  
• Link Comment - WAV 304
  
• Link Comments - WAV 316
  
• Link Easy Graph for a Single Equation - J102 WAV 317
  
• Link Comment - WAV 329
  
• Link Comment - WAV 330
  
• Link Comment - WAV 336
  
• Link Comment - WAV 343
  
• Link Wavelength can Change during Refraction - WAV 380
  
• Link Comment - WAV 399
  

• Link Carnot Cycle (Heat Engine) - J102 THERMO 23
  
• Link Brownian Motion - J102 THERMO 24
  
• Link Molecular Model of an Ideal Gas - J102 THERMO 25
  
• Link Refrigerator Comment - THERMO 92
  
• Link Comment - THERMO 119
  

• Link Charged Particle moving in a Uniform Magnetic Field - J102 ELEC 26
  
• Link Clipping Circuit (Voltage Limiters) - J102 ELEC 27
  
• Link Multimeter (VOM) - J102 ELEC 28
  
• Link RLC Circuit (AC) - J102 ELEC 29
  
• Link RLC Ciruit - J102 ELEC 30
  
• Link RC Circuits (DC) - J102 ELEC 31
  
• Link Verify Biot Savart Law - J102 ELEC 32
  
• Link Cyclotron - J102 ELEC 33
  
• Link Basic Function of an Oscilloscope - J102 ELEC 34
  
• Link Propagation of Electromagnetic Wave - J102 ELEC 35
  
• Link Charged Particle motion in EM field - J102 ELEC 36
  
• Link Trajectory of Charged Particle in Electric Field - J102 ELEC 97
  
• Link E&M Radiation - ELEC 226
  
• Link Capacitor Comment - ELEC 105
  
• Link spelling error - ELEC 106
  
• Link Comment - ELEC 109
  
• Link Comment - ELEC 162
  
• Link Comment - ELEC 165
  
• Link Comment - ELEC 274
  
• Link Comment - ELEC 308
  
• Link Comments - ELEC 310
  
• Link Comment - ELEC 332
  
• Link Comment - ELEC 340
  
• Link Comment - ELEC 372
  
• Link Comment - EJS ELEC 453
  

• Link Prism: Refraction and Reflection - J102 OPTI 37
  
• Link How a pinhole camera works - J102 OPTI 38
  
• Link Mixing Colored Light Beams - J102 OPTI 39
  
• Link Fermat Principal - J102 OPTI 40
  
• Link Billiards and Physics - J102 OPTI 41
  
• Link Shadow/Image and Color - J102 OPTI 42
  
• Link Fish-eye-view of the World above the Water - J102 OPTI 43
  
• Link Physics of Rainbows - J102 OPTI 44
  
• Link Find the Fastest Path across Two Regions with Differing Friction - J102 OPTI 45
  
• Link Thick Lens - J102 OPTI 46
  
• Link Thin Lens Combination - J102 OPTI 47
  
• Link Thin Lens Demonstration - J102 OPTI 48
  
• Link Reflection/Refraction (Water-air Interface) - J102 OPTI 49
  
• Link The World of Color - J102, Flash OPTI 265
  
• Link Reflection from Two Plane Mirrors - J102 OPTI 373
  
• Link Comment - OPTI 110
  
• Link Thin Lens Enhanced - J102 OPTI 130
  
• Link Reflection/Refraction Enhanced - J102 OPTI 131
  
• Link Comment - 256 - OPTI Concorde
  
• Link Comment - OPTI 281
  
• Link Comment - OPTI 282
  
• Link Comment on Circular Polarization - OPTI 283
  
• Link Comment - OPTI 300
  
• Link Comment - OPTI 302
  
• Link Comment - OPTI 305
  
• Link Comment - OPTI 335
  
• Link Comment - OPTI 337
  
• Link Comment - OPTI 392
  
• Link Comment - EJS OPTI 439
  
• Link Comment - EJS OPTI 454
  

• Link Pythagorian Theorem - J102 MISC 50
  
• Link Vector Addition - J102 MISC 51
  
• Link Vernier Scale - J102 MISC 52
  
• Link Space and Time (Special Relativity) - J102 MISC 53
  
• Link Comment - MISC 123
  
• Link Which One Vanishes - J102 MISC 267
  
• Link JAVA Programming - J102 MISC 366
  
• Link Work question - MISC 88
  
• Link Comment - MISC 113
  
• Link Comment - MISC 134
  
• Link Comment - MISC 135
  
• Link Comment - MISC 153
  
• Link Comment - MISC 154
  
• Link Comment - MISC 155
  
• Link Comment - MISC 156
  
• Link Comment - MISC 161
  
• Link Comment - MISC 289
  
• Link Comment - MISC 292
  
• Link Charge/Discharge a Capacitor - MISC 312
  
• Link Comment on Circuit Builder - MISC 320
  
• Link Comment - MISC 351
  
• Link Comment - MISC 352
  
• Link Comment - MISC 371
  

KINEMATICS - EJS -

• Link Step on the Gas, the Car "Noses Up" - EJS KIN 158
  
• Link Funnel Cart on an Incline - EJS KIN 159
  
• Link Trajectory of a Bomb from a plane - EJS KIN 166
  
• Link Set v_t and x₀, then watch x_t - EJS KIN 185
  
• Link Set v_t, then watch x_t and a_t - EJS KIN 186
  
• Link Set a_t, then watch x_t and v_t - EJS KIN 187
  
• Link Two Dogs Running - EJS KIN 188
  
• Link Test Your Understanding of x_t, v_t, and a_t Relationships - EJS KIN 189
  
• Link Circular Motion in a Vertical Plane - EJS KIN 190
  
• Link Uniform Circular Motion: Relationship between Uniform Velocity and Centripetal Acceleration - EJS KIN 192
  
• Link Energy Conservation: Potential and Kinetic Energy - EJS KIN 197
  
• Link Sliding on a Frictionless Hill, x_t and v_t - EJS KIN 210
  
• Link 1D-Constant Acceleration, x_t and v_t - EJS KIN 211
  
• Link General Purpose Curve Fitting - EJS KIN 299
  
• Link Relationship between SHM and Uniform Circular Motion - EJS KIN 348
  
• Link Traffic Light System - EJS KIN 365
  
• Link Pendulum in an Accelerated Railcar - EJS KIN 374
  
• Link Space Ship Control in a Gravitational Field - EJS KIN 375
  
• Link Reaction Time Measurement - EJS KIN 387
  
• Link Effect of Impulse on Trajectory of a Particle - EJS KIN 400
  
• Link Test your Understanding of Projectile Motion - EJS KIN 408
  
• Link Elastic Bouncing Balls - EJS 421
  
• Link Optical Illusion - EJS KIN 456
  

• Link Leaning Ladder - EJS DYN 174
  
• Link Stacked Blocks and Center of Mass - EJS DYN 176
  
• Link Mass on a Spring - y_t, v_t, a_t - EJS DYN 184
  
• Link Mass on a Spring Rotating in a Horizontal Plane - EJS DYN 191
  
• Link 1D Collision with an Ideal Spring Bumper - EJS DYN 193
  
• Link Double Pendulum - EJS DYN 195
  
• Link Sliding Block with Friction - EJS DYN 199
  
• Link How to Measure the Friction Coefficient - EJS DYN 201
  
• Link Gaussian Gun - EJS DYN 203
  
• Link Coriolis Force - EJS DYN 209
  
• Link Water Shotting out of a Tank - EJS DYN 213
  
• Link v_t and a_t on an Incline - EJS DYN 214
  
• Link Coupled Springs - EJS DYN 215
  
• Link Masses on Springs - EJS DYN 349
  
• Link Mass on Horizontal Spring - EJS DYN 350
  
• Link N Connected Vertical Springs, w/Gravity - EJS DYN 361
  
• Link Acceleration Meter - EJS DYN 405
  
• Link A Strange Balances - EJS DYN 409
  
• Link Static Equilibrium - Seesaw - EJS DYN 410
  
• Link Static Equilibrium - Coaxial Wheels - EJS DYN 411
  
• Link Balance of Forces - EJS DYN 416
  
• Link Broom Balancing? Same as 416 - EJS DYN 417
  
• Link Holding a Rod at its Center of Mass - EJS DYN 419
  
• Link Static Equilibrium and the Center of Mass - EJS DYN 420
  
• Link Ball Climbs a Frictionless Surface - EJS DYN 422
  
• Link Bar Leans on a Frctionless Wall - EJS DYN 424
  
• Link Rod Supported by a Spring at each End - EJS DYN 425
  
• Link Bead on a Wire Attached to a Spring - EJS DYN 426
  
• Link Stacked Blocks and the Center of Mass - EJS DYN 429
  
• Link Accelerated Pulley - EJS DYN 430
  
• Link Block on Frictionless Ramp on Frictionless Surface - EJS DYN 431
  
• Link Two Blocks and Two Springs on a Frictionless Surface - EJS DYN 432
  
• Link Keep Center of Gravity inside the Surface on the Ground - EJS DYN 433
  
• Link Velocity in Direction of Friction Force - EJS DYN 434
  
• Link Friction Force an Motion of Blocks - EJS DYN 435
  
• Link Ballistic Pendulum - EJS DYN 448
  
• Link Force on Front and Rear Tires in Opposite Directions - EJS DYN 451
  
• Link Normal Forces on Tires during acceleration - EJS DYN 452
  

• Link Comment - WAV 132
  
• Link Wave Interference and Reflection - EJS WAV 212
  
• Link Fourier Synthesis - J102 WAV 278
  
• Link Comment - WAV 301
  
• Link Particles Dropped on Springs - Wave Formation - EJS WAV 323
  
• Link Fluid in an Accelerated U-Shaped Tube - EJS WAV 404
  
• Link Buoyancy and Drag - EJS WAV 446
  
• Link Buoyancy of Block in Two Fluids - EJS WAV 447
  
• Link Weight of an Immersed Block - EJS WAV 449
  
• Link Stability of a Floating Block - EJS WAV 450
  

• Link Black Body Radiation - EJS THERMO 175
  
• Link Brownian Motion - EJS THERMO 178
  
• Link Particle Model of Sold/Liquid/Gas - EJS THERMO 296
  
• Link Particle Model of Sold/Liquid/Gas in 3D - EJS THERMO 297
  
• Link Comment on Brownian Motion - EJS THERMO 386
  

• Link Charged Particles and Walls - EJS ELEC 164
  
• Link Multiple Electrons in a Magnetic Field - EJS ELEC 179
  
• Link Magnetic Field around Wire, Coil & Solenoid - EJS ELEC 181
  
• Link Helmholtz Coil / Magnetic Mirror - EJS ELEC 182
  
• Link Charged Particles and Walls - New Version - EJS ELEC 198
  
• Link Circular Polarization of EM Wave - EJS ELEC 284
  
• Link Charge/Discharge a Capacito - EJS ELEC 313
  
• Link Image Charge on a Grounded Plate - EJS ELEC 318
  
• Link Image Charge on an Isolated Sphere - EJS ELEC 319
  
• Link Accelerated Charge Creates and EM Wave - EJS ELEC 322
  
• Link Parallel and Serial Resistors - EJS ELEC 356
  
• Link RLC Circuit - EJS ELEC 368
  
• Link Superconducting Loop Leaving a Uniform B-Field - EJS ELEC 436
  

• Link Lens (Thick Lens) and Mirror - EJS OPTI 121
  
• Link Single Slit Diffraction - EJS OPTI 128
  
• Link Single/Multiple Slit Diffraction/Interference - EJS OPTI 129
  
• Link Reflection/Refraction - EJS OPTI 152
  
• Link What happens to the image when part of the light path is blocked? - EJS OPTI 160
  
• Link Resolving Power of a Circular Aperture - EJS OPTI 167
  
• Link Reflection and Refraction at a Liquid Surface - EJS OPTI 177
  
• Link Two Mirrors at 90° - EJS OPTI 183
  
• Link Reflection/Refraction at a Surface - Intensity Variation - EJS OPTI 196
  
• Link Fiber Optics - EJS OPTI 200
  
• Link Interference Pattern of an Air Wedge - EJS OPTI 204
  
• Link Intensity of Reflected Light vs Index of Refraction - EJS OPTI 205
  
• Link Image formed by a Plane Mirror - EJS OPTI 206
  
• Link Ray Diagram for the Disappearing Pig Mirrors - EJS OPTI 207
  
• Link Refraction of Light - EJS OPTI 217 - NOT WORKING
  
• Link Image in a Flexible Mirror - EJS OPTI 218
  
• Link Image when Part of the Light Path is Blocked - EJS OPTI 219
  
• Link Height of the Mirror - EJS OPTI 290
  
• Link Where is the fish? Refraction - EJS OPTI 303
  
• Link Intensity of Reflected and Refracted Waves at a Surface - EJS OPTI 347
  
• Link Object in Front of a Concave/Convex Mirror - EJS OPTI 376
  
• Link Object in Front of a Concave/Convex Mirror - EJS OPTI 377
  
• Link Objects Underwater look Different - EJS OPTI 378
  
• Link Prizm Play - EJS OPTI 412
  
• Link Endless Prizm Play - EJS OPTI 414
  
• Link Dispersion of Light by a Prizm - EJS OPTI 415
  

• Link Exponential Decay - EJS MODPHYS 194
  
• Link Gaussian Distribution of Coin Tosses - EJS MODPHYS 202
  
• Link Comment - MODPHYS 334
  
• Link Photoelectric Effect - EJS MODPHYS 342
  
• Link Millikin Oil Drop Experiment - EJS MODPHYS 357
  
• Link Blackbody Radiation W/Temperature - EJS MODPHYS 427
  

• Link Addition of Multiple Vectors - EJS MISC 216
  
• Link Particle Model of Liquid in a Container - EJS MISC 294
  
• Link Function Plotter - EJS MISC 388
  
• Link Vector Cross Product - EJS MISC 406
  
• Link General Curve Plotting - EJS MISC 407
  
• Link From Binary Distribution to Normal Distribution - EJS MISC 428
  

• Link Projectile Motion - EJS SIMPLE 382
  
• Link Vertical Spring - EJS SIMPLE 383
  
• Link Bouncing Ball - EJS SIMPLE 437
  
• Link Simple Wave - Concentric Rings - EJS SIMPLE 441
  

NUMERICAL ORDER - J102 & EJS Combined

• Link Free-Body Force Diagram - J102 DYN 1
  
• Link Which Direction will it Roll? - J102 DYN 2
  
• Link Frictional Force - J102 DYN 3
  
• Link 2-D Collisions - J102 DYN 4
  
• Link Conservation of Momentum (1-D collisions) - J102 DYN 5
  
• Link Circular Motion and Centripetal Force - J102 DYN 6
  
• Link Buoyant Force II - J102 DYN 7
  
• Link Pulleys - J102 DYN 8
  
• Link Kepler Motion - J102 DYN 9
  
• Link Block and Center of Gravity - J102 DYN 10
  
• Link Pendulum - J102 DYN 11
  
• Link Pendulum II - J102 DYN 12
  
• Link Transverse Travelling Wave - J102 WAV 13
  
• Link Transverse and Longitudinal Waves (Standing and Traveling) - J102 WAV 14
  
• Link Interference between two waves - J102 WAV 15
  
• Link Transmission of waves through dense material - J102 WAV 16
  
• Link Fourier Synthesis - J102 WAV 17
  
• Link Superposition of Pulses - J102 WAV 18
  
• Link Superposition Principle for Waves - J102 WAV 19
  
• Link Double Slit Inteference - J102 WAV 20
  
• Link Moving Point Source: Doppler Effect and Shock Wave - J102 WAV 21
  
• Link Spring Oscillation and Wave - J102 WAV 22
  
• Link Carnot Cycle (Heat Engine) - J102 THERMO 23
  
• Link Brownian Motion - J102 THERMO 24
  
• Link Molecular Model of an Ideal Gas - J102 THERMO 25
  
• Link Charged Particle moving in a Uniform Magnetic Field - J102 ELEC 26
  
• Link Clipping Circuit (Voltage Limiters) - J102 ELEC 27
  
• Link Multimeter (VOM) - J102 ELEC 28
  
• Link RLC Circuit (AC) - J102 ELEC 29
  
• Link RLC Ciruit - J102 ELEC 30
  
• Link RC Circuits (DC) - J102 ELEC 31
  
• Link Verify Biot Savart Law - J102 ELEC 32
  
• Link Cyclotron - J102 ELEC 33
  
• Link Basic Function of an Oscilloscope - J102 ELEC 34
  
• Link Propagation of Electromagnetic Wave - J102 ELEC 35
  
• Link Charged Particle motion in EM field - J102 ELEC 36
  
• Link Prism: Refraction and Reflection - J102 OPTI 37
  
• Link How a pinhole camera works - J102 OPTI 38
  
• Link Mixing Colored Light Beams - J102 OPTI 39
  
• Link Fermat Principal - J102 OPTI 40
  
• Link Billiards and Physics - J102 OPTI 41
  
• Link Shadow/Image and Color - J102 OPTI 42
  
• Link Fish-eye-view of the World above the Water - J102 OPTI 43
  
• Link Physics of Rainbows - J102 OPTI 44
  
• Link Find the Fastest Path across Two Regions with Differing Friction - J102 OPTI 45
  
• Link Thick Lens - J102 OPTI 46
  
• Link Thin Lens Combination - J102 OPTI 47
  
• Link Thin Lens Demonstration - J102 OPTI 48
  
• Link Reflection/Refraction (Water-air Interface) - J102 OPTI 49
  
• Link Pythagorian Theorem - J102 MISC 50
  
• Link Vector Addition - J102 MISC 51
  
• Link Vernier Scale - J102 MISC 52
  
• Link Space and Time (Special Relativity) - J102 MISC 53
  
• Link Comments - J102 54
  
• Link comments - J102 55
  
• Link Comments - J102 56
  
• Link Belgium - J102 57
  
• Link Croatia - J102 58
  
• Link Australia - J102 59
  
• Link Finland - J102 60
  
• Link Ireland - J102 61
  
• Link Indonesia - J102 62
  
• Link Netherlands - J102 63
  
• Link Scotland - J102 64
  
• Link Greece - J102 65
  
• Link Mexico - J102 66
  
• Link Sweden - J102 67
  
• Link Isreal - J102 68
  
• Link France - J102 69
  
• Link Brazil - J102 70
  
• Link Denmark - J102 71
  
• Link Spain - J102 72
  
• Link Portugal - J102 73
  
• Link Yugoslavia - J102 74
  
• Link Turkey - J102 75
  
• Link Italy - J102 76
  
• Link Singapore - J102 77
  
• Link Japan - J102 78
  
• Link Hong Kong - J102 79
  
• Link Korea - J102 80
  
• Link Germany - J102 81
  
• Link Canada - J102 82
  
• Link U.S.A. - J102 83
  
• Link Multi-Language Versions - 84
  
• Link Non-English - 85
  
• Link comments - 86
  
• Link comments - 87
  
• Link Work question - MISC 88
  
• Link topic 89 - WAV 89
  
• Link Password Protected - 90
  
• Link Password Protected - 91
  
• Link Refrigerator Comment - THERMO 92
  
• Link comments - non-English - 93
  
• Link topic 94 - WAV 94
  
• Link Installing EJS - EJS 95
  
• Link topic 96 - WAV 96
  
• Link Trajectory of Charged Particle in Electric Field - J102 ELEC 97
  
• Link Persian BLOG - DYN 98
  
• Link topic 99 - WAV 99
  
• Link Translating Text Strings - 100
  
• Link Great Site - WAV 101
  
• Link Satellite Comments - WAV 102
  
• Link Thanks Comment - WAV 103
  
• Link Simul Comment - DYN 104
  
• Link Capacitor Comment - ELEC 105
  
• Link spelling error - ELEC 106
  
• Link Comment - DYN 107
  
• Link error Comment - DYN 108
  
• Link Comment - ELEC 109
  
• Link Comment - ELEC 110
  
• Link Comment - DYN 111
  
• Link Comment - 112
  
• Link Comment - MISC 113
  
• Link Comment - WAV 114
  
• Link Comment - WAV 115
  
• Link Comment - 116
  
• Link Comment - 117
  
• Link Comment - 118
  
• Link Comment - THERMO 119
  
• Link 2D Collision - EJS 120
  
• Link Lens (Thick Lens) and Mirror - EJS OPTI 121
  
• Link Password Protected - 122
  
• Link Comment - MISC 123
  
• Link Comment - 124
  
• Link Comment - 125
  
• Link Comment - 126
  
• Link Comment - 127
  
• Link Single Slit Diffraction - EJS OPTI 128
  
• Link Single/Multiple Slit Diffraction/Interference - EJS OPTI 129
  
• Link Thin Lens Enhanced - J102 OPTI 130
  
• Link Reflection/Refraction Enhanced - J102 OPTI 131
  
• Link Comment - WAV 132
  
• Link Comment - WAV 133
  
• Link Comment - MISC 134
  
• Link Comment - MISC 135
  
• Link Comment - WAV 136
  
• Link Reaction Time - J102 KIN 137
  
• Link Reaction Time and Car Accident - J102 KIN 138
  
• Link Traffic Light System - J102 KIN 139
  
• Link Relative Motion --Frame of Reference - J102 KIN 140
  
• Link Relative Motion --Student Worksheet J102 KIN 140
  
• Link Free Rolling and Circular Motion - J102 KIN 141
  
• Link Racing Balls - J102 KIN 142
  
• Link 1D-Displacement, Velocity, Acceleration - J102 KIN 143
  
• Link Projectile Motion - J102 KIN 144
  
• Link Projectile Motion w/Drag - J102 KIN 145
  
• Link Interesting Properties of Projectile Motion - J102 KIN 146
  
• Link Angular Momentum and Area - J102 KIN 147
  
• Link Simple Harmonic Motion and Uniform Circular Motion - J102 KIN 148
  
• Link Spring Force and SHM - J102 KIN 149
  
• Link Rolling Motion of a Ping Pong Ball - J102 KIN 150
  
• Link Comment - KIN 151
  
• Link Reflection/Refraction - EJS OPTI 152
  
• Link Comment - MISC 153
  
• Link Comment - MISC 154
  
• Link Comment - MISC 155
  
• Link Comment - MISC 156
  
• Link Comment - 157
  
• Link Step on the Gas, the Car "Noses Up" - EJS KIN 158
  
• Link Funnel Cart on an Incline - EJS KIN 159
  
• Link Funnel Cart demo video 159
  
• Link What happens to the image when part of the light path is blocked? - EJS OPTI 160
  
• Link Comment - MISC 161
  
• Link Comment - ELEC 162
  
• Link How a Sail Boat Sails Upwind - EJS 163
  
• Link Charged Particles and Walls - EJS ELEC 164
  
• Link Comment - ELEC 165
  
• Link Trajectory of a Bomb from a plane - EJS KIN 166
  
• Link Resolving Power of a Circular Aperture - EJS OPTI 167
  
• Link Balanced Beam - Equal Torques - EJS 168
  
• Link Atwood's Machine - Pulley w/Mass - EJS 169
  
• Link Forces in Equilibrium - Ball in a Groove - EJS 170
  
• Link Forces in Equilibrium - Three Weights and Two Pulleys - EJS 171
  
• Link Holding a Thin Rod in Hand - Forces and Torques - EJS 172
  
• Link Conditions for Stable Equilibrium - EJS 173
  
• Link Leaning Ladder - EJS DYN 174
  
• Link Black Body Radiation - EJS THERMO 175
  
• Link Stacked Blocks and Center of Mass - EJS DYN 176
  
• Link Reflection and Refraction at a Liquid Surface - EJS OPTI 177
  
• Link Brownian Motion - EJS THERMO 178
  
• Link Multiple Electrons in a Magnetic Field - EJS ELEC 179
  
• Link Comment - DYN 180
  
• Link Magnetic Field around Wire, Coil & Solenoid - EJS ELEC 181
  
• Link Helmholtz Coil / Magnetic Mirror - EJS ELEC 182
  
• Link Two Mirrors at 90° - EJS OPTI 183
  
• Link Mass on a Spring - y_t, v_t, a_t - EJS DYN 184
  
• Link Set v_t and x₀, then watch x_t - EJS KIN 185
  
• Link Set v_t, then watch x_t and a_t - EJS KIN 186
  
• Link Set a_t, then watch x_t and v_t - EJS KIN 187
  
• Link Two Dogs Running - EJS KIN 188
  
• Link Test Your Understanding of x_t, v_t, and a_t Relationships - EJS KIN 189
  
• Link Circular Motion in a Vertical Plane - EJS KIN 190
  
• Link Mass on a Spring Rotating in a Horizontal Plane - EJS DYN 191
  
• Link Uniform Circular Motion: Relationship between Uniform Velocity and Centripetal Acceleration - EJS KIN 192
  
• Link 1D Collision with an Ideal Spring Bumper - EJS DYN 193
  
• Link Exponential Decay - EJS MODPHYS 194
  
• Link Double Pendulum - EJS DYN 195
  
• Link Reflection/Refraction at a Surface - Intensity Variation - EJS OPTI 196
  
• Link Energy Conservation: Potential and Kinetic Energy - EJS KIN 197
  
• Link Charged Particles and Walls - New Version - EJS ELEC 198
  
• Link Sliding Block with Friction - EJS DYN 199
  
• Link Fiber Optics - EJS OPTI 200
  
• Link How to Measure the Friction Coefficient - EJS DYN 201
  
• Link Gaussian Distribution of Coin Tosses - EJS MODPHYS 202
  
• Link Gaussian Gun - EJS DYN 203
  
• Link Gaussian Gun - the image 203
  
• Link Gaussian Gun - the video 203
  
• Link Interference Pattern of an Air Wedge - EJS OPTI 204
  
• Link Intensity of Reflected Light vs Index of Refraction - EJS OPTI 205
  
• Link Image formed by a Plane Mirror - EJS OPTI 206
  
• Link Ray Diagram for the Disappearing Pig Mirrors - EJS OPTI 207
  
• Link Comment - WAV 208
  
• Link Coriolis Force - EJS DYN 209
  
• Link Sliding on a Frictionless Hill, x_t and v_t - EJS KIN 210
  
• Link 1D-Constant Acceleration, x_t and v_t - EJS KIN 211
  
• Link Wave Interference and Reflection - EJS WAV 212
  
• Link Water Shotting out of a Tank - EJS DYN 213
  
• Link v_t and a_t on an Incline - EJS DYN 214
  
• Link Coupled Springs - EJS DYN 215
  
• Link Addition of Multiple Vectors - EJS MISC 216
  
• Link Refraction of Light - EJS OPTI 217 - NOT WORKING
  
• Link Image in a Flexible Mirror - EJS OPTI 218
  
• Link Image when Part of the Light Path is Blocked - EJS OPTI 219
  
• Link Comment - KIN 220
  
• Link Comment - KIN 221
  
• Link Comment - KIN 222
  
• Link Comment - WAV 223
  
• Link Comment - KIN 224
  
• Link Comment - DYN 225
  
• Link E&M Radiation - ELEC 226
  
• Link Comment - 227 - Concorde
  
• Link Comment - 228 - Concorde
  
• Link Comment - 229 - Concorde
  
• Link Comment - 230 - Concorde
  
• Link Comment - 231 - Concorde
  
• Link Comment - 232 - Concorde
  
• Link Comment - 233 - Concorde
  
• Link Comment - 234 - Concorde
  
• Link Comment - 235 - Concorde
  
• Link Comment - 236 - Concorde
  
• Link Comment - 237 - Concorde
  
• Link Comment - 238 - Concorde
  
• Link Comment - 239 - Concorde
  
• Link Comment - 240 - Concorde
  
• Link Comment - 241 - Concorde
  
• Link Comment - 242 - Concorde
  
• Link Comment - 243 - Concorde
  
• Link Comment - 244 - Concorde
  
• Link Comment - 245 - Concorde
  
• Link Comment - 246 - Concorde
  
• Link Comment - 247 - Concorde
  
• Link Comment - 248 - Concorde
  
• Link Comment - 249 - Concorde
  
• Link Comment - 250 - Concorde
  
• Link Comment - 251 - Concorde
  
• Link Comment - 252 - Concorde
  
• Link Comment - 253 - Concorde
  
• Link Comment - 254 - Concorde
  
• Link Comment - 255 - Concorde
  
• Link Comment - 256 - OPTI Concorde
  
• Link Comment - 257 - Concorde
  
• Link Comment - 258 - Concorde
  
• Link Comment - 259 - Concorde
  
• Link Comment - 260 - Concorde
  
• Link Comment - 261 - Concorde
  
• Link Comment - 262 - Concorde
  
• Link Comment - 263 - Concorde
  
• Link Comment - 264 - Concorde
  
• Link The World of Color - J102, Flash OPTI 265
  
• Link Buoyant Force - J102 DYN 266
  
• Link Which One Vanishes - J102 MISC 267
  
• Link Comment - KIN 268
  
• Link Comment - 269 - Concorde
  
• Link Comment - 270 - Concorde
  
• Link Comment - 271 - Concorde
  
• Link Mirror Site - 272
  
• Link Comment - DYN 273
  
• Link Comment - ELEC 274
  
• Link Comment - WAV 275
  
• Link Comment - 276
  
• Link Comment - WAV 277
  
• Link Fourier Synthesis - J102 WAV 278
  
• Link Comment - WAV 279
  
• Link Comment - 280
  
• Link Comment - OPTI 281
  
• Link Comment - OPTI 282
  
• Link Comment on Circular Polarization - OPTI 283
  
• Link Circular Polarization of EM Wave - EJS ELEC 284
  
• Link Comment - KIN 285
  
• Link Comment - 286 - Concorde
  
• Link Comment - 287 - Concorde
  
• Link Comment - 288 - Concorde
  
• Link Comment - MISC 289
  
• Link Height of the Mirror - EJS OPTI 290
  
• Link Comment - WAV 291
  
• Link Comment - MISC 292
  
• Link Comment - WAV 293
  
• Link Particle Model of Liquid in a Container - EJS MISC 294
  
• Link Comment - KIN 295
  
• Link Particle Model of Sold/Liquid/Gas - EJS THERMO 296
  
• Link Particle Model of Sold/Liquid/Gas in 3D - EJS THERMO 297
  
• Link Comment - WAV 298
  
• Link General Purpose Curve Fitting - EJS KIN 299
  
• Link Comment - OPTI 300
  
• Link Comment - WAV 301
  
• Link Comment - OPTI 302
  
• Link Where is the fish? Refraction - EJS OPTI 303
  
• Link Comment - WAV 304
  
• Link Comment - OPTI 305
  
• Link Comment - DYN 306
  
• Link Comment - KIN 307
  
• Link Comment - ELEC 308
  
• Link Comment - DYN 309
  
• Link Comments - ELEC 310
  
• Link Comments - DYN 311
  
• Link Charge/Discharge a Capacitor - MISC 312
  
• Link Charge/Discharge a Capacito - EJS ELEC 313
  
• Link Comments - DYN 314
  
• Link Another Pulley Problem - EJS DYN 315
  
• Link Comments - WAV 316
  
• Link Easy Graph for a Single Equation - J102 WAV 317
  
• Link Image Charge on a Grounded Plate - EJS ELEC 318
  
• Link Image Charge on an Isolated Sphere - EJS ELEC 319
  
• Link Comment on Circuit Builder - MISC 320
  
• Link Comment - KIN 321
  
• Link Accelerated Charge Creates and EM Wave - EJS ELEC 322
  
• Link Particles Dropped on Springs - Wave Formation - EJS WAV 323
  
• Link Comment - DYN 324
  
• Link Comment - 325 - Concorde
  
• Link Comment - 326 - Concorde
  
• Link Comment - 327 - Concorde
  
• Link Comment - 328
  
• Link Comment - WAV 329
  
• Link Comment - WAV 330
  
• Link Comment - KIN 331
  
• Link Comment - ELEC 332
  
• Link Comment - KIN 333
  
• Link Comment - MODPHYS 334
  
• Link Comment - OPTI 335
  
• Link Comment - WAV 336
  
• Link Comment - OPTI 337
  
• Link Comment - DYN 338
  
• Link Comment - 339
  
• Link Comment - ELEC 340
  
• Link Comment - 341 - Concorde
  
• Link Photoelectric Effect - EJS MODPHYS 342
  
• Link Comment - WAV 343
  
• Link Comment - 344 - Concorde
  
• Link Bouncing Balls - J102 KIN 345
  
• Link Comment - 346
  
• Link Intensity of Reflected and Refracted Waves at a Surface - EJS OPTI 347
  
• Link Relationship between SHM and Uniform Circular Motion - EJS KIN 348
  
• Link Masses on Springs - EJS DYN 349
  
• Link Mass on Horizontal Spring - EJS DYN 350
  
• Link Comment - MISC 351
  
• Link Comment - MISC 352
  
• Link Comment - DYN 353
  
• Link Comment - 354
  
• Link Comment - DYN 355
  
• Link Parallel and Serial Resistors - EJS ELEC 356
  
• Link Millikin Oil Drop Experiment - EJS MODPHYS 357
  
• Link NONE - EJS 358
  
• Link Comment - KIN 359
  
• Link Comment - 360
  
• Link N Connected Vertical Springs, w/Gravity - EJS DYN 361
  
• Link N Connected Springs in a loop, with or without Gravity - EJS 362
  
• Link Comment - DYN 363
  
• Link Comment - DYN 364
  
• Link Traffic Light System - EJS KIN 365
  
• Link JAVA Programming - J102 MISC 366
  
• Link Comment - 367
  
• Link RLC Circuit - EJS ELEC 368
  
• Link Comment - 369
  
• Link NOT WORKINg - 370
  
• Link Comment - MISC 371
  
• Link Comment - ELEC 372
  
• Link Reflection from Two Plane Mirrors - J102 OPTI 373
  
• Link Pendulum in an Accelerated Railcar - EJS KIN 374
  
• Link Space Ship Control in a Gravitational Field - EJS KIN 375
  
• Link Object in Front of a Concave/Convex Mirror - EJS OPTI 376
  
• Link Object in Front of a Concave/Convex Mirror - EJS OPTI 377
  
• Link Objects Underwater look Different - EJS OPTI 378
  
• Link Comment - 379
  
• Link Wavelength can Change during Refraction - WAV 380
  
• Link Comment - KIN 381
  
• Link Projectile Motion - EJS SIMPLE 382
  
• Link Vertical Spring - EJS SIMPLE 383
  
• Link Comment - 384
  
• Link Comment - 385
  
• Link Comment on Brownian Motion - EJS THERMO 386
  
• Link Reaction Time Measurement - EJS KIN 387
  
• Link Function Plotter - EJS MISC 388
  
• Link Comment - DYN 389
  
• Link Comment - 390
  
• Link Comment - 391
  
• Link Comment - OPTI 392
  
• Link Comment - 393
  
• Link Comment - KIN 394
  
• Link Comment - DYN 395
  
• Link Comment - 396
  
• Link Introduction to this Web Site - 397
  
• Link Trajectories and Orbits - DYN 398
  
• Link Comment - WAV 399
  
• Link Effect of Impulse on Trajectory of a Particle - EJS KIN 400
  
• Link 401 - EJS 401
  
• Link Comment - EJS DYN 402
  
• Link 403 - EJS 403
  
• Link Fluid in an Accelerated U-Shaped Tube - EJS WAV 404
  
• Link Acceleration Meter - EJS DYN 405
  
• Link Vector Cross Product - EJS MISC 406
  
• Link General Curve Plotting - EJS MISC 407
  
• Link Test your Understanding of Projectile Motion - EJS KIN 408
  
• Link A Strange Balances - EJS DYN 409
  
• Link Static Equilibrium - Seesaw - EJS DYN 410
  
• Link Static Equilibrium - Coaxial Wheels - EJS DYN 411
  
• Link Prizm Play - EJS OPTI 412
  
• Link 413 - EJS 413
  
• Link Endless Prizm Play - EJS OPTI 414
  
• Link Dispersion of Light by a Prizm - EJS OPTI 415
  
• Link Balance of Forces - EJS DYN 416
  
• Link Broom Balancing? Same as 416 - EJS DYN 417
  
• Link 418 - EJS 418
  
• Link Holding a Rod at its Center of Mass - EJS DYN 419
  
• Link Static Equilibrium and the Center of Mass - EJS DYN 420
  
• Link Elastic Bouncing Balls - EJS 421
  
• Link Ball Climbs a Frictionless Surface - EJS DYN 422
  
• Link 423 - EJS 423
  
• Link Bar Leans on a Frctionless Wall - EJS DYN 424
  
• Link Rod Supported by a Spring at each End - EJS DYN 425
  
• Link Bead on a Wire Attached to a Spring - EJS DYN 426
  
• Link Blackbody Radiation W/Temperature - EJS MODPHYS 427
  
• Link From Binary Distribution to Normal Distribution - EJS MISC 428
  
• Link Stacked Blocks and the Center of Mass - EJS DYN 429
  
• Link Accelerated Pulley - EJS DYN 430
  
• Link Block on Frictionless Ramp on Frictionless Surface - EJS DYN 431
  
• Link Two Blocks and Two Springs on a Frictionless Surface - EJS DYN 432
  
• Link Keep Center of Gravity inside the Surface on the Ground - EJS DYN 433
  
• Link Velocity in Direction of Friction Force - EJS DYN 434
  
• Link Friction Force an Motion of Blocks - EJS DYN 435
  
• Link Superconducting Loop Leaving a Uniform B-Field - EJS ELEC 436
  
• Link Bouncing Ball - EJS SIMPLE 437
  
• Link 438 - EJS 438
  
• Link Comment - EJS OPTI 439
  
• Link 440 - EJS 440
  
• Link Simple Wave - Concentric Rings - EJS SIMPLE 441
  
• Link 442 - EJS 442
  
• Link 443 - EJS 443
  
• Link 444 - EJS 444
  
• Link 445 - EJS 445
  
• Link Buoyancy and Drag - EJS WAV 446
  
• Link Buoyancy of Block in Two Fluids - EJS WAV 447
  
• Link Ballistic Pendulum - EJS DYN 448
  
• Link Weight of an Immersed Block - EJS WAV 449
  
• Link Stability of a Floating Block - EJS WAV 450
  
• Link Force on Front and Rear Tires in Opposite Directions - EJS DYN 451
  
• Link Normal Forces on Tires during acceleration - EJS DYN 452
  
• Link Comment - EJS ELEC 453
  
• Link Comment - EJS OPTI 454
  
• Link 455 - EJS 455
  
• Link Optical Illusion - EJS KIN 456
  
• Link 457 - EJS 457
  
• Link 458 - EJS 458
  
• Link 459 - EJS 459
  
• Link 460 - EJS 460
  
• Link 461 - EJS 461
  
• Link 462 - EJS 462
  
• Link 463 - EJS 463
  
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• Link 470 - EJS 470
  
• Link 471 - EJS 471
  
• Link 472 - EJS 472
  
• Link 473 - EJS 473
  
• Link 474 - EJS 474
  
• Link 475 - EJS 475
  
• Link 476 - EJS 476
  
• Link 477 - EJS 477
  
• Link 478 - EJS 478
  
• Link 479 - EJS 479
  
• Link 480 - EJS 480
  
• Link 481 - EJS 481
  
• Link 482 - EJS 482
  
• Link 483 - EJS 483
  
• Link 484 - EJS 484
  
• Link 485 - EJS 485
  
• Link 486 - EJS 486
  
• Link 487 - EJS 487
  
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• Link 489 - EJS 489
  
• Link 490 - EJS 490
  
• Link 491 - EJS 491
  
• Link 492 - EJS 492
  
• Link 493 - EJS 493
  
• Link 494 - EJS 494
  
• Link 495 - EJS 495
  
• Link 496 - EJS 496
  
• Link 497 - EJS 497
  
• Link 498 - EJS 498
  
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• Link 500 - EJS 500
  
• Link 501 - EJS 501
  
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• Link 503 - EJS 503
  
• Link 504 - EJS 504
  
• Link 505 - EJS 505
  
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• Link 530 - EJS 530
  
• Link 531 - EJS 531
  
• Link 532 - EJS 532