Simulación de experimentos simples de Física -

Simulación de experimentos simples de Física. - Secundario - Univ.

CD for Topics in Freshman Physics and Applet demos.

CD Freshman Physics educational software, covers Orbital dynamics, EM waves and Planck fuctions. Includes auto marked questions, Power Point Slides, grade reports, calulator and graphing program.

Basic Physics with Java

Numerical techniques for "back-of-the-envelope" calculations in physics. Most include either QuickBasic or Visual Basic listings along with the Java source code. A few include HP48 or Postscript listings also. There are also Java programs on optics: one on matrix ray optics, six on matrix wave optics, and several on ellipsometry. What's new: plotting electrostatic and magnetic fields (21 Sep 98).

FRESNEL DIFFRACTION

Fresnel diffraction - straightedge or single slit of variable width. Intensity pattern; Graph of intensity; Relation to the Cornu Spiral as an animated graphic.

FRESNEL DIFFRACTION

Fresnel diffraction patterns of (a) a straight-edge and (b) a single slit of variable width are displayed as intensity patterns; intensity plots; Cornu Spiral constructions. The relations between the Fresnel diffraction patterns and the Cornu Spiral construction are demonstrated. Developed by: TONY KLEIN School of Physics of The University of Melbourne AUSTRALIA

Fun Science Gallery

A collection of scientific instruments to build yourself and experiments for amusement, didactic scope and education towards science and nature. science, education, experiment, microscope, telescope, optics, instrument, amateur scientist, science fair projects,

Java Applet Gallery

A Japanese version is also available.

  Animation of the Interference Pattern Formed by Two Points Sources

  Simple Kepler Motion

Reflection of a Wave from a Boundary

  Reflection of a Longitudinal Wave from a Boundary

     Circular motion and Simple harmonic motion

   Convex Lenses: Virtual and Real Images

Light disppersion by a prism - Cabr Java applet

The dispersion of the light by a prism. optical geometry with CabriJava and Cabri Geometry

Optical Virtual Bench (OVB) demonstration program.

This is a set of laboratory experiments on a virtual lab bench where the lenses are not expensive and do not break and where it does not take smoke and mirrors to visualize the optical system behavior. It is self installing and uninstalling with the Freeman install program.

Optics and Lenses (Java Applet)

Java Applet by Fu-Kwun Hwang that demonstrates properties of lenses. An object or the lense can be dragged and dropped and the focus length of the lense can be varied. Real and virtual images, parameters and traces are viewed graphically.

Physics of rainbow

The most charming example of chromatic dispersion is a rainbow. When white sunlight is intercepted by a drop of water in the atmosphere. Some of the light refracts into the drop, reflects from the drop's inner surface, and then refracts out of the drop. As with the prism, the first refraction separates the sunlight into its component colors, and the second refraction increases the separation. And the rainbow is there in the sky. This applet shows the physics of rainbow.(Fu-Kwun Hwang)

Wave Interference

This Macromedia ShockWave applet illustrates visually the concept of interference of transversal waves. The user can set the shape of two wave and watch the interference pattern. (12/30/99, Pascal Renault )

Pro Solv, Problem Solving Software for Physics and Math

Pro Solv is a software package that can solve mathematical based problems symbolically or numerically. The user can describe a system to Pro Solv in terms of its components and initial or final conditions and Pro Solv will return a mathematical expression for the behavior of that system. After the solution is formed, the user can view and manipulate a three dimensional representation of the system. Contact Problem Solving Concepts, Inc. at 1-800-755-2150

Quantum states of the light field, introduction and experiment

The page intends to give a non-technical, intuitive introduction to the quantum theory of the light field. Recent measurements are employed to illuminate abstract quantum mechanical concepts such as the uncertainty relation, the wave packet, quantum noise, squeezed light, Wigner functions etc. using the concrete experimental example of the freely propagating light field.

Rainbows physics

This interactive shockwave applet shows an interactive ray tracing diagram for the reflection of light in a transparent sphere, as in the formation of a rainbow. (02/28/2000,Pascal Renault)

SPECTRA

SPECTRA provides a visual Windows-based interface for performing calculations of electronic structure and finding parameters of the Hamiltonian for ions with unfilled f-shells. The electronic structure can be calculated for free ion states, f-ions in solid-state compounds and f-centers in molecular compounds.

The Physics Lecture Demonstrations' Collection

This physics WWW site is an effort to make available an on-line source of information and pictures used for preparing and performing undergraduate lecture demonstrations at the University of California Physics Department at Berkeley. This site deals with demonstrations for the subjects of: Mechanics, Waves, The Properties of Heat and Matter, Electricity and Magnetism, Optics, Modern and Contemporary Physics, Astronomy and Perception.

Faraday's Law

This java applet demonstrates Faraday's Law of electromagnetic induction. It displays the voltage induced in a conducting loop rotating in a magnetic field. The frequency of rotation, strength of the magnetic field, and area enclosed by the loop can be varied by the user.

Fizzics Fizzle: A Explorative Guide to Physics! Beginner-Intermediate-Advanced

This site provides a complete, comprehensive, yet interactive guide to learning physics. It provides topics for all ages, from elementary school level to introductory college level. The 3D VRML models and Java toys allow users to interactively explore various concepts in physics. In addition, the Meeting Forum is a place where users can post questions and discuss topics concerning physics or science in general. If you need homework help, the meeting forum is the place to go.

Fun@Learning.Physics

Visit Mark Sutherland's excellent Java Applet gallery. You'll find applets for Projectile Motion, The Damped Harmonic Oscillator, Elastic Collision, Coupled Oscillations, Coriolis and Centrifugal Forces, The Kepler Problem, The Simple Plane Pendelum, Chaos in the Driven Pendelum, and Motion in an Electronmagnetic Field.

Physics-2000: JAVA Applets and virtual physics

The Physics-2000 Educational Initiative Website is an outreach project developed by Profs. Martin Goldman, Carl Wieman and others at the University of Colorado. It uses JAVA Applets, cartoon characters and hierarchical learning strategies to present an entertaining but informative and interactive approach to CAT-Scans, electromagnetic radiation, quantum physics, the Bose-Einstein condensate and many other physics topics.

Precession of Magnetization Vector

Demonstrates the damped precession of a magnetization vector in an external magnetic field. Field strength and damping can be varied interactively.

Pro Solv, Problem Solving Software for Physics and Math

Pro Solv is a software package that can solve mathematical based problems symbolically or numerically. The user can describe a system to Pro Solv in terms of its components and initial or final conditions and Pro Solv will return a mathematical expression for the behavior of that system. After the solution is formed, the user can view and manipulate a three dimensional representation of the system. Contact Problem Solving Concepts, Inc. at 1-800-755-2150

Quantum states of the light field, introduction and experiment

The page intends to give a non-technical, intuitive introduction to the quantum theory of the light field. Recent measurements are employed to illuminate abstract quantum mechanical concepts such as the uncertainty relation, the wave packet, quantum noise, squeezed light, Wigner functions etc. using the concrete experimental example of the freely propagating light field.

R-L-C circuit and resonance

This java applet will show you physics properties of an R-L-C circuit driven by harmonic voltage source¡C(Fu-Kwun Hwang)

Spin Waves

Demonstrates the propagation of spin waves on a two-dimensional lattice of precessing spins (magnetization vectors). The external magnetic field strength and the propagation wavevector can be adjusted interactively.

Syracuse VRML Gallery of Physics

The IFMSA WebLab

Mathematical and physics java applets for educational purposes. It is written in italian and the applets are classified by area of interest. Contribution is free, a link is the price. A web course always "work in progress".

The Physics Lecture Demonstrations' Collection

This physics WWW site is an effort to make available an on-line source of information and pictures used for preparing and performing undergraduate lecture demonstrations at the University of California Physics Department at Berkeley. This site deals with demonstrations for the subjects of: Mechanics, Waves, The Properties of Heat and Matter, Electricity and Magnetism, Optics, Modern and Contemporary Physics, Astronomy and Perception.

The Special Relativity Formulation of Ampere's Law

This paper starts with a fromula found in special relativity and derives Ampere's law for parallel current elements. As such it vindicates special relativity and Ampere's law. Also it shows the relativity effects that create electromagnetism.

CD for Topics in Freshman Physics and Applet demos.

CD Freshman Physics educational software, covers Orbital dynamics, EM waves and Planck fuctions. Includes auto marked questions, Power Point Slides, grade reports, calulator and graphing program.

"Superconducting Accelerator Magnets" CD-ROM

Tutorial and reference material about design and construction of superconducting accelerator magnets, on CD-ROM for Windows. Reference features include magnetic field calculator, retrieval of temperature and field dependent properties of common magnet materials, design parameters of major accelerator dipole magnets. Tutorial starts with basics of accelerators, electromagnets, and superconductivity and then explains steps in designing high field magnets. Video and diagrams illustrate manufacturing steps.

Classical Electrodynamics

On-line material for a fourth year undergraduate and graduate school course in advanced electrodynamics. The down-lodable resources include exercises with solved problems and an advanced textbook, `Electromagnetic Field Theory', typeset in LaTeX2e and available in PostScript, Adobe PDF, and TeX DVI formats.

The VRML Gallery of Electromagnetism

Visualization of the electromagnetic field as vector fields and as differential-form fields in a VRML virtual world. By Rob Salgado (Syracuse).

Interactive Physics Workshop

An Introductory Mechanics course using the Interative Physics software application. Syllabus, lecture notes, and links to related materials. By Clive Halliwell, University of Illinois at Chicago.

Java Applet Gallery

A Japanese version is also available.

Animation of the Interference Pattern Formed by Two Points Sources

 Simple Kepler Motion

Reflection of a Wave from a Boundary

Reflection of a Longitudinal Wave from a Boundary

Circular motion and Simple harmonic motion

 Convex Lenses: Virtual and Real Images

Kepler    motion Java applet

Initial condition of the "virtual star" is represented by an arrow. It can be Draged to change the initial position and initial velocity. Parameters ( total energy, gravitation potential, effective potential, semimajor axis ...) are viewed graphically. The period is calculated in real time unit. (Fu-Kwun Hwang)

Composition of Velocities

This Macromedia ShockWave applet illustrates visually the concept of velocity composition by showing the velocity vectors relevant to the motion of a boat on a river. (12/30/99, Pascal Renault )

En beskrivning av mekaniken med hjälp av Java

Simulaciones en Sueco

This is a try to visualise physics with the help of Java applets. The site is completely in Swedish, so also this abstract. Meningen är att man ska introduceras i fysiken med hjälp av Java och sedan kunna fördjupa sig genom att läsa någon av de tillhörande html sidorna.

Fizzics Fizzle: A Explorative Guide to Physics! Beginner-Intermediate-Advanced

This site provides a complete, comprehensive, yet interactive guide to learning physics. It provides topics for all ages, from elementary school level to introductory college level. The 3D VRML models and Java toys allow users to interactively explore various concepts in physics. In addition, the Meeting Forum is a place where users can post questions and discuss topics concerning physics or science in general. If you need homework help, the meeting forum is the place to go. 

Lecture Demonstation Programs for Physics and Astronomy

The URL points to a directory containing Fortran source code for lecture demonstartion programs in physics and astronomy. The programs make use of the PGPLOT library developed at Cal. Tech. The file readme.first gives a brief description of each program. The file readme.next gives instructions on how to compile and use the programs. The programs are in the public domain and can be used without charge. The user is responsible for any changes made to the source code.

Light and Matter introductory physics textbook

The Light and Matter series of free introductory physics textbooks.

Michigan Technological University Physics Lecture-Demonstration Facility

On-Line Physics Educational Material from University of Arkansas

Introduction to mechanics, waves, and thermal physics, using calculus. Homework solutions are also available on the web page. Syllabus, lecture notes, assignments, grades. By Dr. Julio Gea-Banacloche, University of Arkansas, Fayetteville.

Oscillation and wave

A java applet demostrating the motion of a mass hanging from a spring. The net force acts on the mass is F = m g - k x - b v + F0 sin( wt ) All the parameters can be changed. You can check hormonic motion, damped oscillation and external driving force, beats ... When the spring moves, it traces out a wave pattern. (Fu-Kwun Hwang)

Pendulum experiment java applet

Do a pendulum experiment with mouse(click/drag:to change its initial conditions-- length of the pendulum, initial position, gravitational field strength). Parameters (gravitational field and its components, kinetic energy, potential energy, velocity ...) are viewed graphically or displayed with text(length, angle, half period...). A period-initial angle plot is generated automatically, just click/drag the mouse and wait. Try and play with it to find out more features. (Fu-Kwun Hwang)

Physics Tutorials from University of Guelph

Tutorials on Torque and Rotational Motion, DC circuits, Free-body diagrams, exponential growth and decay, simple harmonic motion, biophysics. Simulations of diffusion, radiation.

Pro Solv, Problem Solving Software for Physics and Math

Pro Solv is a software package that can solve mathematical based problems symbolically or numerically. The user can describe a system to Pro Solv in terms of its components and initial or final conditions and Pro Solv will return a mathematical expression for the behavior of that system. After the solution is formed, the user can view and manipulate a three dimensional representation of the system. Contact Problem Solving Concepts, Inc. at 1-800-755-2150

Reaction time measurement/ car animations applet

Would you like to measure your reation time? Would you like to estimate how fast you can drive on the highway. You can change the initial velocity of the car and the friction coefficient of the tires. You can measure your reaction time and estimate how far you should keep your car away from others on the highway.(Fu-Kwun Hwang)

Rotational motion

A tutorial on torque and rotational motion. Right hand rule, units, example problems and a self test.

Fun@Learning.Physics

Visit Mark Sutherland's excellent Java Applet gallery. You'll find applets for Projectile Motion, The Damped Harmonic Oscillator, Elastic Collision, Coupled Oscillations, Coriolis and Centrifugal Forces, The Kepler Problem, The Simple Plane Pendelum, Chaos in the Driven Pendelum, and Motion in an Electronmagnetic Field.

Graduate Classical Mechanics

Graduate course in advanced classical mechanics. Some materials are available online,including a hypertext syllabus and problems with solutions and exams (Word for Windows format). Some simulation packages written in Mathematica are included. Also includes assignments and grades. By Dr Mark I Stockman, Washington State University.

Homework Hints - Introductory Mechanics with Calculus

A collection of hints for the more challenging problems from the text "Fundamentals of Physics, 4th ed." by Halliday, Resnick, and Walker.

The IFMSA WebLab

Mathematical and physics java applets for educational purposes. It is written in italian and the applets are classified by area of interest. Contribution is free, a link is the price. A web course always "work in progress".

The Pendulum Lab

The Pendulum Lab is a combination of a virtual laboratory (with Java applets) and a mini-course in nonlinear dynamics. In the lab you can do hands-on experiments at a rigid pendulum driven in four different ways. Together with the material presented in a lecture room, you can learn basic issues like harmonic oscillator and resonance but also advanced topics like parametric resonance, nonlinear dynamics, and chaos.

Want to solve a word problem in all its gory detail but haven't the inclination to go through all the tedious calculation?

Course Report is a second year course that is dynamically built into a specially designed WWW browser combining the power of symbolic computation with an easy to use simulator interface. A key feature is the interface linking the "rule of three" pedagogy: graphical, analytical and numerical. As you proceed through your problem sets, new problems link up with previous ones in both content as well as infrastructure. Quickly you find the course understandable and feel that you know where it is going.

physicsweb.com

Despite the similarity in domain name, this site has no connection with the Physicsweb.org web site maintained by IOP Publishing, Ltd. or in any other way with the Institute of Physics. Nonetheless, it is still a useful source for creative test questions and wave superposition simulation software.

Wave Interference

This Macromedia ShockWave applet illustrates visually the concept of interference of transversal waves. The user can set the shape of two wave and watch the interference pattern. (12/30/99, Pascal Renault )

Eigenstates of a 1-D quantum system

This Java applet displays the ground state and a few excited states of a one dimensional quantum system. The user may modify the potential energy of the system.

Graduates Problems in Physics

Large set of graduate problems in physics in html format and mostly in french. Used in the Graduate program of the Université Joseph Fourier, Grenoble. Fields covered: Quantum Physics, Statistical Mechanics, Solid State, Spectrocopy, Magnetism Superconductivity, Nuclear Physics, High Energy Physics, Relativistic Quantum Mechanics and Quantum Field Theory.

Interpretation of Quantum Mechanics

This site discusses computationalism as applied to quantum mechanics (QM). Also, various interpretations of QM: Copenhagen, many worlds (MWI), pilot wave, etc.

Java Applet Gallery - Quantum and Mathematical Physics

 Euler Angles of a Rigid Body

 Bloch Vector Animation of a Quantum 2-Level System

 Coupling of Angular Momenta - the Zeeman and Paschen-Back Effects

Birefringence in an Anisotropic Dielectricum

North Carolina (UNC at Greensboro): Physics Department

A server for science and math learning

Physics Computer Simulations and Research

relativistic flight simulator, quantum wave packet, computer simulation, computational physics, sonoluminescence, molecular dynamics

Physics-2000: JAVA Applets and virtual physics

The Physics-2000 Educational Initiative Website is an outreach project developed by Profs. Martin Goldman, Carl Wieman and others at the University of Colorado. It uses JAVA Applets, cartoon characters and hierarchical learning strategies to present an entertaining but informative and interactive approach to CAT-Scans, electromagnetic radiation, quantum physics, the Bose-Einstein condensate and many other physics topics.

Quantum Fog

Quantum Fog is a Mac program for teaching and exploring measurement theory in Quantum Mechanics. It represents quantum systems graphically, in terms of network diagrams called Quantum Bayesian Nets. It simulates a quantum computer.

Quantum Physics I MIT 8.04

Complete course with problems, examples, lecture notes, animations, etc.

Quantum states of the light field, introduction and experiment

The page intends to give a non-technical, intuitive introduction to the quantum theory of the light field. Recent measurements are employed to illuminate abstract quantum mechanical concepts such as the uncertainty relation, the wave packet, quantum noise, squeezed light, Wigner functions etc. using the concrete experimental example of the freely propagating light field.

Time development of quantum mechanical systems

Software for two-dimensional simulations of the 2D Schrodinger equation. Scattering, tunneling, slit experiments, hard-core potential, bound states, box, Rydberg, resonant states.

Undergraduate Quantum Mechanics

A course built around the text "Introduction to Quantum Mechanics" by D. Griffiths. Includes extensive hints to solution of assigned problems. Develops the use by students of Mathematica in problem solving. Syllabus, lecture notes, assignments, exams, and links to related materials. By R. H. Walker, University of Houston.

Want to solve a word problem in all its gory detail but haven't the inclination to go through all the tedious calculation?

Course Report is a second year course that is dynamically built into a specially designed WWW browser combining the power of symbolic computation with an easy to use simulator interface. A key feature is the interface linking the "rule of three" pedagogy: graphical, analytical and numerical. As you proceed through your problem sets, new problems link up with previous ones in both content as well as infrastructure. Quickly you find the course understandable and feel that you know where it is going.

Kinetic Gas Model

This multimedia work demonstrates features of macroscopic systems, in understanding temperature, speed and energy distribution, relaxation phenomena, entropy, fluctuations. Results (images, movies) of computer experiments based on molecular dynamics simulation of ideal gas are used to demonstrate the link between microscopic and macroscopic parameters. Nonequilibrium processes, as evolution of a system towards equilibrium, the change in entropy, also visualized.