SE Physics SE Physics SE Physics SE Physics
โดย อาจารย์ สท้ าน แก้ วก่ า
Unit 6 Interactive Laboratory
PhET
>Home
Interactive Simulations
Chemistry Quantum Chemistry Biology
Physics Motion
Sound and Waves
Heat and Thermo
Biology
Work Power and Energy
Light and Radiation
Magnet and Electricity
Science & Math Online
Worsley School
>Home
Physics
Chemistry
Physics
Computer
Molecular Workbench
>Home
Biology
Norton
**
Physics
Biotechnology
Chem Tours
To understand Chemistry
>Chem Tours
1.
Chemistry
Start here first !
- Interactive Animations -
Current Flash Player must be Installed
Matter Energy & Origins of the Universe
Big Bang
Significant Figures
Scientific Notation
Dimensional Analysis
Temperature Conversion
2
. Thermodynamics Entropy Free Energy
Entropy
3.
Dissolution of Ammonium Nitrate
Gibbs Free Energy
Electrochemistry & Biochemistry
Zinc-Copper Cell
Chirality
Free Energy
Cell Potential
Condensation of Biological Polymers
Alkaline Battery
Fuel Cell
Fiber Strength and Elasticity
4.
Nuclear Chemistry
Half-Life
Fusion of Hydrogen
Balancing Nuclear Reactions
Radioactive Decay Modes
Advanced Light Source
>Advanced Light Source
Highlights
1.
ALS Tool for Solving Sci Mysteries
3.
Bright and Busy
6.
Explore the Material World
Multimedia
2. Experiment Files
4. Students’ Corner
5. Classroom Modules
7.
Explore the Material World
Grade School Physics
Utah
>Home
Matter
Energy
Forces
Mechanics
Earth
Crystal Structures
>Home
Atomistic Simulation
Structure Types
Superconductors
Fullerenes
Scientific Topics
>Home
Physics
Chemistry
Organic Chem Inorganic Chem
Minerals
Exploring the Nanoworld
>Home
Topics
1.
Intro to Nanoworld
What Is Nanotechnology
2.
Nanotech Applications
3.
Computer and Memory
Computer and Memory
Nanoscale
Ferrofluids
Quantum Dots and Nanoparticles
Solid State Structures
LEDs
4.
Probe Microscopes
Cineplex Demonstrations
5.
Material Science Topics
6.
Self – Assembly
Nano Labs – VDOs
Nano Kits
Exploring Materials Engineering
>Home
Concepts of Structure
1.
Metals and Alloys
2.
Semiconductors
JAVA
Composites
Biomaterials
Ceramics Polymers
3. Internet Electron Microscope
Applets on Physics
>Home
Important notice, especially for Internet Explorer:
The applets will only work if a Java runtime environment (version 1.4.2 or better) is installed on your computer.
Download is possible from Sun Microsystems.
Mechanics
Motion with Constant Acceleration
11/02/2000 - 02/03/2010
Equilibrium of Three Forces
03/11/2000 - 02/03/2010
Resultant of Forces (Addition of Vectors)
11/02/1998 - 02/03/2010
Resolution of a Force into Components
05/30/2003 - 02/06/2010
Pulley System
03/24/1998 - 01/18/2003
Lever Principle
11/02/1997 - 02/03/2010
Inclined Plane
02/24/1999 - 02/03/2010
Newton's Second Law Experiment
12/23/1997 - 02/03/2010
Projectile Motion
09/13/2000 - 10/05/2005
Elastic and Inelastic Collision
11/07/1998 - 02/03/2010
Newton's Cradle
11/04/1997 - 02/03/2010
Uniform Circular Motion
03/25/2007 - 03/21/2008
Carousel (Centripetal Force)
03/10/1999 - 02/03/2010
Kepler's First Law
03/25/2000 - 02/03/2010
Kepler's Second Law
04/04/2000 - 02/03/2010
Hydrostatic Pressure in Liquids
02/03/1999 - 02/03/2010
Buoyant Force in Liquids
04/19/1998 - 02/03/2010
Oscillations and Waves
Simple Pendulum
05/21/1998 - 02/03/2010
Spring Pendulum
05/24/1998 - 02/03/2010
Coupled Pendula
07/05/1998 - 02/03/2010
Forced Oscillations (Resonance)
09/11/1998 - 02/03/2010
Beats
10/21/2001 - 01/18/2003
Standing Wave (Explanation by Superposition with the Reflected Wave)
07/09/2003 - 11/02/2003
Standing Longitudinal Waves
06/08/1998 - 02/03/2010
Interference of two Circular or Spherical Waves
05/22/1999 - 02/03/2010
Doppler Effect
02/25/1998 - 01/18/2003
Electrodynamics
Magnetic Field of a Bar Magnet
04/20/2001 - 02/03/2010
Magnetic Field of a Straight Current-Carrying Wire
09/18/2000 - 02/03/2010
Lorentz Force
06/01/1998 - 02/03/2010
Direct Current Electrical Motor
11/29/1997 - 02/03/2010
Generator
05/08/1998 - 02/03/2010
Ohm's Law
11/23/1997 - 02/03/2010
Combinations of Resistors
09/11/2002 - 07/04/2003
Potentiometer
02/16/2006 - 03/01/2006
Wheatstone's Bridge
02/11/2006 - 03/01/2006
Simple AC Circuits
06/13/1998 - 02/03/2010
Combinations of Resistors, Inductors and Capacitors
03/19/2004 - 05/23/2004
Electromagnetic Oscillating Circuit
12/08/1999 - 02/03/2010
Electromagnetic Wave
09/20/1999 - 02/03/2010
Optics
Refraction of Light
12/20/1997 - 07/18/2007
Reflection and Refraction of Light Waves (Explanation by Huygens' Principle)
03/05/1998 - 02/04/2010
Image Formation by Converging Lenses
12/23/2008
Refracting Astronomical Telescope
03/08/2000 - 02/04/2010
Interference of Light at a Double Slit
10/07/2003 - 02/04/2010
Diffraction of Light by a Single Slit
10/11/2003 - 02/04/2010
Thermodynamics
Special Processes of an Ideal Gas
12/25/1999 - 01/18/2003
Theory of Relativity
Time Dilation
11/15/1997 - 02/14/2010
Physics of Atoms
Photoelectric Effect
02/20/2000 - 02/04/2010
Bohr's Theory of the Hydrogen Atom
05/30/1999 - 02/04/2010
Nuclear Physics
Radioactive Decay Series
07/20/1998 - 02/07/2010
Law of Radioactive Decay
07/16/1998 - 02/04/2010
Try Science Experiments
>Home
Try Chemistry
Try Physics
Try Biology
Try Astronomy
Exploring the Nanoworld
>Home
1.
Topics
Intro to Nanoworld
What Is Nanotechnology
Nanoscale
2.
Nanotech Applications
3.
Computer and Memory
Solid State Structures
Ferrofluids
Quantum Dots and Nanoparticles
LEDs
4.
Probe Microscopes
5.
Material Science Topics
Cineplex Demonstrations
6.
Self – Assembly
Nano Labs – VDOs
Nano Kits
Virtual Physics Lab
NTNU JAVA
>Home
Computer and Memory
Best Interactive Labs
1.
Enjoy the Fun of Physics
3.
Kinematics
7.
Electromagnetics
Physic with Simulations
2. Request for Physics Simulations
4. Dynamics
5. Waves
8. Optics
9.
6. Thermodynamics
Misc
Zona Land Education
>Home
More Science than Mathematics
Content
1.
Mechanics Kinematics Forces Vectors Curved Motion
Simple Harmonic Motion Momentum Energy
2.
Waves
Intro to Waves Parts of a Wave Transverse & Longitudinal Waves
Wave Adder Wave Interference Wave Propagation Standing Waves
Wave Reflection 3D Surface Wave
3.
Light
Ray Optics
Color
The Physics Classroom
>Home
1.
Physics Classroom Tutorial
1D Kinematics
Newton’s Laws
Circular Motion
2.
Thermal Physics
3.
Waves
Motion and Forces in 2D
Momentum
Work Energy and Power
Static Electricity
Sound Waves and Music
Reflection and Ray
Multimedia Physics Studio
Current Electricity
Light Wave and Color
Refraction and Ray
home - about - terms - credits
Multimedia Physics Studio
Multimedia Physics Studio
1-Dimensional Kinematics

Average vs. Instantaneous Speed

Hot Wheels Track

Acceleration vs. Constant Velocity

Constant Rightward Velocity

Constant Leftward Velocity

Rightward Velocity with a Rightward Acceleration

Rightward Velocity with a Leftward Acceleration

Leftward Velocity with a Leftward Acceleration

Leftward Velocity with a Rightward Acceleration

Passing Lane - Position vs. Time Graph

Passing Lane - Velocity vs. Time Graph

The Stoplight

Motion of a Two-Stage Rocket
Newton's Laws

Newton's Law of Inertia
o
The Car and The Wall
o
The Motorcyclist
o
The Truck and Ladder

The Elephant and The Feather - Free Fall

The Elephant and The Feather - with Air Resistance

Skydiving
Vectors and Projectiles

Vector Direction

Vector Addition: 6 + 8 = ???

Vector Addition: The Order Does NOT Matter

The Plane and The Wind

The River Boat

Parabolic Motion of Projectiles

The Monkey and The Zookeeper
o
Throw at the Monkey in a Gravity Free Environment
o
Throw above the Monkey with Gravity On
o
Throw at the Monkey at a Fast Speed with Gravity On
o
Throw at the Monkey at a Slow Speed with Gravity On

Horizontally Launched Projectiles

Non-Horizontally Launched Projectiles

Maximum Range

The Plane and The Package

The Truck and The Ball

A Satellite as a Projectile
Momentum and Collisions

The Astronaut Catch

The Diesel Engine and Flatcar Collision

The Cart and The Brick



o
Part A - 2-kg Brick dropped on a 3-kg Cart
o
Part B - 2-kg Brick dropped on a 1-kg Cart
The Fish Catch
o
Big Fish in Motion Catches Little Fish
o
Little Fish in Motion is Caught by Big Fish
Car-Truck Collisions (collisions between objects of unequal mass)
o
Car "Rear-Ends" Truck - Inelastic
o
Truck "Rear-Ends" Car - Inelastic
o
Car "Rear-Ends" Truck - Elastic
o
Truck "Rear-Ends" Car - Elastic
o
Head-On Collision Between Car and Truck - Inelastic
o
Head-On Collision Between Car and Truck - Elastic
Two Dimensional Collision Between Two Cars
Work and Energy

Which Path Requires the Most Energy?

Energy Transformation for Downhill Skiing

Energy Transformation on a Roller Coaster

Energy Transformation for a Dart

Energy Transformation for a Pendulum

Energy Conservation on an Incline

Stopping Distance of a Hot Wheels Car

How Far Will It Skid?

How High Will It Go?
Circular, Satellite, and Rotational Motion

Uniform Circular Motion

Inertia and The Right Hand Turn

The Centripetal Force Requirement

Roller Coaster G-Forces

Orbiting Satellites

Kepler's Second Law - The Law of Equal Areas
Einstein's Theory of Special Relativity

Length Contraction
Static Electricity

Charging a Single Sphere by Induction Using a Negatively-Charged Object

Charging a Two-Sphere System by Induction Using a Negatively-Charged Object

Charging an Electrophorus Plate by InductionUsing a Negatively-Charged Object

Charging an Electroscope by InductionUsing a Negatively-Charged Object

Grounding a Positively-Charged Electroscope

Grounding a Negatively-Charged Electroscope
Waves, Sound and Light

Longitudinal Pulse

Tuning Forks and Longitudinal Waves

Guitar Strings and Longitudinal Waves

Sound Waves and the Eardrum

Propagation of an Electromagnetic Waves

Standing Waves on a String
o
1st Harmonic
o
2nd Harmonic
o
3rd Harmonic
o
4th Harmonic
o
5th Harmonic

Reflection of a Pulse at a Fixed End

Reflection of a Pulse at a Free End

Reflection: Echo vs. Reverberation

Transmission of a Pulse from a Less Dense to a More Dense Medium

Standing Wave Formation on a String

2-Point Source Interference Patterns
o
Changing Separation Distance
o
Changing Wavelength
Ray Optics

The Law of Reflection

Image Formation for Plane Mirrors

Ray Diagrams for Concave Mirrors


o
Object Located Beyond the Center of Curvature
o
Object Located at the Center of Curvature
o
Object Located Between Center of Curvature and the Focal Point
o
Object Located In Front of Focal Point
Image Formation for Concave Mirrors
o
Object located Beyond the Center of Curvature
o
Object located Between Center of Curvature and the Focal Point
The Broken Pencil
QuickTime Movies
Vectors and Projectiles

Horizontally Launched Projectile

Non-Horizontally Launched Projectile
Momentum and Collisions

Car-Truck Collisions (collisions between objects of unequal mass)
o
Car "Rear-Ends" Truck - Inelastic
o
Truck "Rear-Ends" Car - Inelastic
o
Head-On Collision Between Car and Truck - Inelastic
Work and Energy


Roller Coaster
Schoolphysics
>Home
>School Physics
animations
Click below to select a topic.
Astrophysics
Mechanics
Atomic physics
Quantum physics
Medical physics
Relativity
Electricity and magnetism
Nuclear physics
Sound
Electronics
Optics
Thermal physics
General physics
Properties of matter
Wave properties
1…
Mechanics
Acceleration
Angular momentum
Centripetal formula
Circular motion
Collisions
Equations of motion
Impulse
Kinetic energy
Momentum
Momentum conservation
Newton's law 2 - advanced
Newtons law 1
Newtons law 2
Newtons law 3
Potential energy
Projectiles 1
2… Properties of Matter Crystal Structure
3.
Waves
4.
Sound
Diffraction
Projectiles 2
Rockets
Simple harmonic motion 1
Simple harmonic motion 2
Terminal velocity
Vectors and scalars
Velocity and displacement
Work
Elastic Energy Young Modulus
Interference Doppler Effect Polarization
Acoustic Impedance Musical Notes Decibel Level Human Ear
Refraction of Sound Music & Physics Sound Waves Ultrasound
5.
Optics Cartesian Sign Convention
Curved Mirror
Formula Lenses & Waves Reflection Refraction
Optics
6.
Electricity & Magnetism
Back emf
Electromagnetic induction
Capacitor networks
Electron flow
Capacitors
Flemings left hand rule
Conductance EMF and internal Force on a current
resistance
Kirchoffs laws
Electric charge and current
Potential and potential
Electrical energy
difference
Potential divider
7.
Potential round a circuit
Radial electric field
Resistance
Resistivity
Series and parallel resistors
Torque on a coil
Atomic Physics
Atomic Structure
Spectrometer
8.
Lens Curvature Lens
Rainbow Fiber
Spectra
X-ray Spectra
X-ray Uses
Electron Gun Mass
Nuclear Physics
Alpha particle scattering
Antimatter
Atomic structure
Feynman diagrams
Fundamental forces
Fundamental particles
Pair production
Quarks
Radiation dose
Binding energy
Binding energy per nucleon
Decay series
Distance of closest approach
9.
Half life
Isotopes
Nuclear equations 1
Nuclear equations 2
Radioactive decay
Radioactivity and safety
Reactor
Electronics
Transistors
Semiconductors Op amp
Logic gates
10. Thermal Physics
Avogadro and Dalton
Composite bar
Cooling
Gas laws
Heat flow - window
Infra red and energy
distribution
Infra red radiation
Lagged and unlagged
Latent heat
Specific heat capacity
Temperature scales
Thermal conductivity
Gears
Geostationary
Gold leaf electroscope
Heating a gas
Heating a rod
Helical spring shm
Image in plane mirror
Inner planets
Interference
Lens1
Lens2
Lever
Lorentz
Lorry bridge
Loudspeaker
Magnet and coil
Magnetisation
Millikan
Moments and a beam
Momentum conservation
Monkey and hunter
Moon facing
Moon phases
Motion graphs
Newtons second law
Newtons trains
Night sky
Nuclear fission
Nuclear fusion
Oblique collision
Ohms law
Outer planets
Parabolic trajectory
Parallax
Parallel circuit
Photoelectric effect
Physicists quiz
Quiz Electricity 1
Quiz Heat Transfer
Quiz Light 1
Quiz Magnets Electromagnets
Quiz Nuclear Physics
Quiz Time Motion 1
Quiz Units
Radiation absorption
Radiation emission
Radioactive decay
Reflection
Refraction
Retrograde motion
Rotating mirror
Rutherford
SHM and circular motion
SHM trolley
SI units quiz
Sea wave
Series circuits
Simple harmonic motion
Slingshot
Solar and sidereal time
Solar eclipse
Spark counter
Stability
Stability 2
Standing waves
Stokes law
Thermionic diode
Thunder storm
Tides
Tides basic
Top pan balance
Top pan balance original
Towing trains
Transformer
11. Animations
Air rifle momentum
Alpha emission
Alpha particle path
Alpha quiz
Ball and plates
Beats
Beta emission
Bicycle reflector
Bobbing ball
Bounce
Boyles law
Boyles law molecules
Bromine diffusion
Cannon
Cannon ball projectile
Cannon barrel
Cannon recoil
Catapult field
Circular motion
Circular motion acceleration
Circular waves
Closest approach
Cloud chamber
Couple
Critical angle
Damped shm
Day and night
Deflection tube
Diffraction single slit
Diffusion
Doppler effect
Doppler slider
Earth and Venus
Echo sounder
Electric bell
Electric current
Electric motor
Electric motor zoom
Electromagnet
Electron diffraction
Electron motion
Electrons quiz
Expansion of a rod
EyeForearmGas molecules
Plane wave refraction
Polaris
Power lines
Pressure law
Pressure wave
Projectile bounce
Pulley 1
Pulleys 2
Pulleys 3
Trolley collisions
Tube open one end waves
Vector addition
Vectors and rope
Wave reflection
Wave speed change
Wave spring
Waves in tubes
Waves in tubes molecules
Physics Simulations
>Physics Simulations
PhET. Physics Education Technology
AP Central: Physics Web Guide
Physics Simulation Library
.Physics Simulation Library
ActivPhysics Virtual Labs and Simulations by Gary Richert
General Physics
Java Applets by B.Surendranath Reddy
Java Applets on Physics
ie-Physics
Contemporary College
Physics Simulation Library
PHYSLETS
Electricity and Magnetism Java Tutorials
Physics Simulations
Learn Physics Through Playing JAVA
Interactive Physics with JAVA
Virtual Laboratory
Physics 2000
PhysicsWeb: Interactive Experiments
Interactive Physics Simulations
Molecular Expressions
>Home
Interactive JAVA Tutorials
1.
Newton’s Prism Experiment
Measuring with Shadows
Shadowbox Theater
Multiple Images
2.
Optical Light Bench
Angle of Reflection Refraction of Light
Simple Magnification
Solar Eclipse
Powers of 10
Basic Properties of Digital Images
3.
Double Refraction
4.
Light and Color
5.
Electricity and Magnetism Tutorials
E and M Tutorials II
Charging & Discharging a Capacitor
How a Compact Disc Works
Magnetic Field & Compass
Crookes Tube – Cathode Rays
Vacuum Tube Diodes Electrophoresis Faraday’s Field Induction Experiment
Resistance at Molecular Level AC Generator Action
DC Generator Action
How a Hard Drive Works Lenz’s Law
Ohm’s Law
Resistor Color Code
Condenser Microphone
How a Transformer Works
Building a Transistor
Lightning – a Natural Capacitor Atomic Orbitals
6.
Cell & Virus Structure Mitosis
Polarized Light Microscopy
Color Separation
Prisms & Beamsplitters
Polarization of Light
Pond Life Human Vision
Optical Illusions
UC Berkeley Physics Demos
>Home
About the Physics Demonstrations
Demonstration Index
Applet Index
Mechanics
Waves
Properties of Heat and Matter
Electricity and Magnetism
Optics
Modern and Contemporary Physics
Astronomy and Perception
Magnet Man
Best One !
>Home
Things of Interest (Movies and Images)
How to Order Demonstrations
Downloadable Demo Notebooks
Safety Rules
Gallery of Magnetic Fields
1.
Experiments
Magnets Interact Magnets
2.
Levitating Train
3.
Types of Conductors Pendulum
Spinning Copper Plate
4.
Superconductors Electromagnets Electromagnets DC Electromagnets
5.
Solinoids Floating Tube Jumping Ring Generators DC Motors
Donut’s Magnet
Herky-Jerky Magnet
Aluminum Disk Magnetic Plumb
EDinformatics Interactive
>Home
Biology
Chemistry
1.
Explain with Molecules
2.
Chemistry Interactive Library
Library
Biochemistry
Physics
Compounds and Molecules
3. Periodic Table – Interactive JAVA
Equilibrium of Three Forces
Resultant of Forces (Addition of Vectors)
Pulley System
Lever Principle
Inclined Plane (by Fendt)
Newton's Second Law
Elastic and Inelastic Collision
Newton's Cradle
Carousel (Centripetal Force)
Kepler's First Law
Kepler's Second Law
Golf ball Trajectory Simulation Applet
Shoot the Monkey
2D Collisions Java Applets
Freefall Lab - Earth, Moon and Mars
Block and Center of Gravity
Two-Dimensional Harmonic Motion
Projectile motion
The Air Track -- Collision in 1-D
Coriolis and centrifugal forces
The Kepler problem
The simple plane pendulum
Chaos in the driven pendulum
Reaction Time **
Reaction Time and Car Accident **
Traffic Light System *
Relative Moltion --Frame of Reference
Racing Balls
Displacement, Velocity, Acceleration
Projectile Motion
Projectile Motion with Air Drag
Interesting Properties of Projectile Motion
Bouncing Balls**
Free Rolling and Circular Motion
Angular Momentum and Area
Simple Harmonic Motion and Uniform Circular Motion
Spring Force
Motion of a Ping Pong Ball
Instantaneous Speed
Billiards and Physics**
Pendulum
Simple Version of Pendulum
Kepler Motion
Projectile Orbits and Satellite Orbits
Billiard ball simulation
Spinning Tops
Newton's Cannon
Virtual wind tunnel
Pendulum (Fendt)
Spring Pendulum (Fendt)
Coupled Pendula
Inclined Plane/Friction
Potential/Kinetic Energy
Momentum
2-D Cannon
Projectile Motion
Pulleys
Work
Conservation of Momentum (1-D collisions)
2-D collisions
Frictional Force
Dynamics Applet (Surendranath)
OSCILLATIONS AND WAVES JAVA APPLETS
Sound Beats (Bauer)
Longitudinal Wave
Phased Array
Ultrasound: How does it work?
Interference Patterns
Doppler Effect
Doppler Effect (Uof BC)
Lissajous Figures
Ripple Tank
Ripple Tank (Falstad)
Forced Oscillations (Resonance)
Standing Longitudinal Waves
Reflection and Refraction of Waves (Huygens' Principle)
Interference of two Circular or Spherical Waves
Doppler Effect (Fendt)
The damped harmonic oscillator
Coupled oscillations
Vibrating String (Falstad)
Transmission of waves through dense material
Oscillation and Wave
Doppler Effect and Shock Waves
Interference between two waves
Transverse and Longitudinal Waves
Transverse Travelling Wave
Beats (Surendranath)
Interference in a Ripple Tank
General Applets
Units
Vector Addition (Hwang)
Exponential Growth
Vector Addition Surendranath
Virtual physics lab (NTNU)
FLUIDS APPLETS
Hydrostatic Pressure in Liquids
Buoyant Force in Liquids
Gravity Flow
Buoyant Force
Buoyant Force II
LIGHT AND OPTICS APPLETS
Additive Colors
Subtractive Colors
Basic Prism Applet
Ray Tracing
Fermat's Principle
Interference Patterns
Refraction of Light
Refracting Astronomical Telescope
Reflection/Refraction (Water-air Interface)
Lens Combination
Thin Lens Demonstration
Thin Lens Combination
Thick Lens
Physics of Rainbows
Shadow/Image and Color
Fermat Principal
The World of Color**
Mixing Colored Light Beams
Light: a myriad of colors..
How a pinhole camera works
Bragg's Law and Diffraction: How waves reveal the atomic structure of crystals
ELECTRICITY AND MAGNETISM
Coulombs Law Introduction
Coulombs Law 1-D
Coulombs Law 2-D
Physlets from University of Davidson
Lorentz Force
Direct Current Electrical Motor
Generator
Ohm's Law
Simple AC Circuits
Electromagnetic Oscillating Circuit
Electromagnetic Wave
Charged Particle motion in EM field
Propagation of Electromagnetic Wave
Basic Function of an Oscilloscope
Cyclotron
Biot Savart Law
RC Circuits (DC)
RLC Ciruit
Multimeter (VOM)
Clipping Circuit (Voltage Limiters)
Lissajous Lab (Hobbs)***
Interference of Siusoidal Waves
Voltage
Charge Particle in Electric and Magnetic Field
Radio Waves and Electromagnetic Fields
Faraday's Electromagnetic Lab
Circuit Construction Kit (DC only) Applet
MOLECULAR, ATOMIC
AND NUCLEAR JAVA APPLETS
Lennard-Jones Molecular Dynamics**
Polymers
Surface Tension
Diffusion
Osmosis
P and V Effects -Le Chatlier's principle
Thomson Atom
Nuclear Atom
Einstein's Explanation of Brownian Motion
One-dimensional one-atom classical gas
Two-dimensional collisions
Model Nonequilibrium System
Brownian Motion (Advanced)
Spectra of Gas discharges
Absorption and emission spectra for elements
The particle in the box
Natural Radioactive Series
Radioactive Decay
Space and Time (Special Relativity)
APPLIED PHYSICS JAVA APPLETS
Double Pendulum
Double Spring
Heat Flow
Planetary Motion**
Forced Precession of a Gyroscope
Soliton
Ray Tracing
Bridge Building
Heat Conduction
QUANTUM MECHANICS APPLETS
Hydrogen Atom Applet
Molecular Orbitals
1-D Quantum Mechanics Simulation
2-D Quantum Harmonic Oscillator
3-D Quantum Harmonic Oscillator
Quantum Tunneling and Wave Packets
FF
>Home
Magnet Uses and Demos
Experiments
Uses & Demos