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MERLOT II

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Materials 1 - 10 shown of 92 results

The Pendulum Lab MERLOT Classic

This is a virtual laboratory where you can do hands-on experiments at rigid pendula. Together with the material presented in... see more
Material Type: Simulation
Author: Franz-Josef Elmer
Date Added: May 07, 2000 Date Modified: Oct 28, 2013
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Peer Review for material titled "The Pendulum Lab"
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About this material:
Peer review 5 rating
Peer Reviews 5 rating
User review 4.5 average rating
User Rating 4.5 user rating
Discussion (4 Comments)
In (6)  Bookmark Collections
In (1)  Course ePortfolios
Learning Exercises (none)
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Sound Waves and Music

This site contains an extensive set of notes on basic topics in physics. There are extensive illustrations and animations... see more
Material Type: Simulation
Author: Tom Henderson
Date Added: Jul 19, 2000 Date Modified: Feb 12, 2016
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About this material:
Peer review 4 rating
Peer Reviews 4 rating
User review 5 average rating
User Rating 5 user rating
Discussion (2 Comments)
In (13)  Bookmark Collections
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Pendulum Simulation

A Java applet simulation of basic pendulum motion. Source code available on main site. Foreign language versions available.
Material Type: Simulation
Author: Walter Fendt
Date Added: Feb 03, 2001 Date Modified: Feb 01, 2010
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Peer review 4.5 rating
Peer Reviews 4.5 rating
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Pendulum

User can change the length, the mass ofthe bob or constant of gravitational accleration, by typing values in the appropriate... see more
Material Type: Simulation
Author: John Brecht
Date Added: Aug 05, 2000 Date Modified: May 04, 2010
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About this material:
Peer review 3.33 rating
Peer Reviews 3.33 rating
User review 4.33 average rating
User Rating 4.33 user rating
Discussion (3 Comments)
In (8)  Bookmark Collections
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Damped Harmonic Motion

Java applet for dampled harmonic motion. Source code available at http://www.math.ualberta.ca/~ewoolgar/java/Hooke/ see more
Material Type: Simulation
Author: Eric Woolgar
Date Added: May 06, 2000 Date Modified: Jan 25, 2010
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About this material:
Peer review 4 rating
Peer Reviews 4 rating
User review 4 average rating
User Rating 4 user rating
Discussion (3 Comments)
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Reflection and Refraction of Waves (Huygens' Principle)

This applet is a sort of tutorial which explains the reflection and the refraction of waves by the principle of Huygens.... see more
Material Type: Simulation
Author: Walter Fendt
Date Added: Feb 24, 2001 Date Modified: Jun 30, 2007
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Reviewed by members of Editorial board for inclusion in MERLOT.
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In (2)  Bookmark Collections
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Beats

Graphically demonstrates the phenomena of beats.
Material Type: Simulation
Author: Surendranath Reddy.B.
Date Added: May 07, 2000 Date Modified: Aug 14, 2013
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About this material:
Reviewed by members of Editorial board for inclusion in MERLOT.
Editor Review (not reviewed)
User review 4 average rating
User Rating 4 user rating
Discussion (2 Comments)
In (1)  Bookmark Collections
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Diffraction of Light

Applet displays the interference effects caused by a single slit diffraction of light.
Material Type: Simulation
Author: Michael Davidson
Date Added: Feb 27, 2001 Date Modified: Nov 02, 2006
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About this material:
Reviewed by members of Editorial board for inclusion in MERLOT.
Editor Review
Very good quality; in queue to be peer reviewed
avg: 5 rating

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Electromagnetic Radiation

Have you ever played with an electromagnetic radiation wave? Well you can with this tutorial that allows you to move the wave... see more
Material Type: Simulation
Author: Michael Davidson
Date Added: May 21, 2001 Date Modified: Jan 06, 2016
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About this material:
Reviewed by members of Editorial board for inclusion in MERLOT.
Editor Review (not reviewed)
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In (5)  Bookmark Collections
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Forced Oscillations (Resonance)

The top of a spring pendulum (red circle) is moved to and fro - for example by hand; this motion is assumed as harmonic,... see more
Material Type: Simulation
Author: Walter Fendt
Date Added: Feb 25, 2001 Date Modified: Oct 28, 2015
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About this material:
Reviewed by members of Editorial board for inclusion in MERLOT.
Editor Review
Very good quality; in queue to be peer reviewed
avg: 5 rating

User Rating (not rated)
Discussion (none)
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