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MERLOT II






        

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Materials 41 - 50 shown of 888 results

Newton's Balls

An applet that simulates the familar demonstration device.
Material Type: Simulation
Author: John Brecht
Date Added: Aug 05, 2000 Date Modified: Mar 22, 2005
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About this material:
Peer review 3.33 rating
Peer Reviews 3.33 rating
User review 4 average rating
User Rating 4 user rating
Discussion (1 Comment)
Personal Collections (1)
Learning Exercises (none)
Accessibility Info (none)

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)
Personal Collections (8)
Learning Exercises (none)
Accessibility Info (none)

Air Track Simulation

This applet simulates collsions in one dimension. To run a simulation select one of the scenarios in the drop down menu and... see more
Material Type: Simulation
Author: John Brecht
Date Added: Aug 05, 2000 Date Modified: Nov 03, 2010
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About this material:
Peer review 3 rating
Peer Reviews 3 rating
User Rating (not rated)
Discussion (none)
Personal Collections (4)
Learning Exercises (none)
Accessibility Info (none)

Buoyant Force II

The motion of an object placed in a fluid is simulated. The densities of the block and fluid, and the coefficient of... see more
Material Type: Simulation
Author: Fu-Kwun Hwang
Date Added: May 11, 2000 Date Modified: Jul 02, 2009
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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 (1 Comment)
Personal Collections (none)
Learning Exercises (none)
Accessibility Info (none)

Carrier Concentration in Semiconductor vs the Fermi Energy Level and Density of States

Illustration of the concepts of the Fermi Level, Density of States, and carrier concentrations in semiconductors. Includes... see more
Material Type: Quiz/Test
Author: C.R. Wie
Date Added: May 18, 2000 Date Modified: Sep 09, 2014
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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 (2 Comments)
Personal Collections (none)
Learning Exercises (none)
Accessibility Info (none)

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)
Personal Collections (none)
Learning Exercises (none)
Accessibility Info (none)

Equilibrium of Three Forces

A simple experiment concerning the equilibrium of three forces is simulated here: Weights are suspended from three tied... see more
Material Type: Simulation
Author: Walter Fendt
Date Added: Feb 25, 2001 Date Modified: Feb 01, 2010
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About this material:
Peer review 3 rating
Peer Reviews 3 rating
User Rating (not rated)
Discussion (none)
Personal Collections (2)
Learning Exercises (none)
Accessibility Info (none)

Frank Potter's Science Gems

A collection of links to educational science sites, sorted by grade level, starting with Kindergarten.
Material Type: Collection
Author: Frank Potter
Date Added: Aug 25, 2000 Date Modified: Jan 05, 2008
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About this material:
Peer review 3 rating
Peer Reviews 3 rating
User Rating (not rated)
Discussion (none)
Personal Collections (4)
Learning Exercises (none)
Accessibility Info (none)

Free Fall Lab - Terminal Velocity

Shockwave simulation of linear acceleration.
Material Type: Simulation
Author: explorelearning.com
Date Added: Feb 04, 2001 Date Modified: Feb 16, 2004
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About this material:
Peer review 4 rating
Peer Reviews 4 rating
User Rating (not rated)
Discussion (none)
Personal Collections (none)
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Hit the Target

Kinematic equations can be applied to predict the final parameter's of a projectile's motion. Apply the equations to solve... see more
Material Type: Drill and Practice
Author: Tom Henderson
Date Added: Jul 19, 2000 Date Modified: Sep 26, 2013
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About this material:
Peer review 3 rating
Peer Reviews 3 rating
User Rating (not rated)
Discussion (none)
Personal Collections (1)
Learning Exercises (none)
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