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Author:
Sadahisa Kamikawa
Presentation of circular and simple harmonic motion.
Type: Simulation
Date Added: Jul 09, 1997
Date Modified: Jun 08, 2009
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Author:
ExploreScience
Users attempt to balance 1 to 4 masses on a see-saw-like lever system (massless beam). The number of...
Type: Simulation
Date Added: Oct 15, 2002
Date Modified: Mar 01, 2006
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Author:
ExploreScience
Users can place a variety of masses on a horizontal rotating platform that is being accelerated by a...
Type: Simulation
Date Added: Oct 15, 2002
Date Modified: Feb 16, 2004
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Author:
Fu-Kwun Hwang
Java applet for demonstrating circular motion and centripetal force. Mirror available at...
Type: Simulation
Date Added: May 06, 2000
Date Modified: May 07, 2007
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Author:
Angel Franco Garcia
An extensive text description, with graphics, of angular momentum of a rigid body.
Type: Simulation
Date Added: May 11, 2000
Date Modified: May 12, 2008
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Author:
Walter Fendt
This simulation demonstrates the concept of centripetal force through a simplified carousel consisting of...
Type: Simulation
Date Added: Feb 25, 2001
Date Modified: Feb 01, 2010
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Author:
Angel Franco Garcia
A demonstration of phase space (velocity/momentum as a function of position) of a simple harmonic...
Type: Simulation
Date Added: May 11, 2000
Date Modified: Feb 26, 2003
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Author:
C. K. Ng
This applet shows the applied force necessary to balance a lever with a mass at one end. The pivot point...
Type: Simulation
Date Added: Dec 08, 2003
Date Modified: Sep 04, 2011
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Author:
Surendranath Reddy.B.
Allows the user to vary the coefficient of friction, angular speed, and linear velocity of a wheel.
Type: Simulation
Date Added: Aug 25, 2000
Date Modified: Apr 06, 2004
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Author:
Angel Franco Garcia
An Atwood machine for demonstrating the relationship between an unbalanced torque and rotational...
Type: Simulation
Date Added: May 09, 2000
Date Modified: May 08, 2007
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