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Ntnu Virtual Physics Lab: Thick Lens Java Applet
An interactive Java applet which allows the user to investigate the path of light through a lens shape object. The shape of the object, the index of refraction of the material, and the location of the incident rays can be altered.
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Image of Inclined Plane
An interactive Java applet from the University of Utah that allows users to investigate the effect of the coefficient of friction on the motion of a block sliding down an incline. Initial height of the block and the friction coefficient...
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Position of Block
An interactive Java applet from the University of Utah that allows users to investigate the effect of the coefficient of friction on the motion of a block sliding down an incline. Initial height of the block and the friction coefficient...
Curated OER
Image of Ellipse Applet
Drawing a perfect ellipse with pins and string is demonstrated with a java simulation.
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Ntnu Virtual Physics Lab: Find the Fastest Path
Chinese-language Java applet illustrating Fermat's principle that light follows the fastest path between any two points. Excellent animation and accompanying text. Relates Fermat's principle to Snell's law.
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Ntnu Virtual Physics Lab: Billiards and Physics
An interactive Java applet game in which the reflection of light is compared to the path of a billiard ball. Users view images of a target ball and try to direct a cue ball in such a manner as to hit it.
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Ntnu Virtual Physics Lab: Thin Lens Combination
A Java applet which allows the user to emulate a refracting telescope and a light microscope. This is a great site to get information on the subject and better understand it through diagrams and charts.
Curated OER
Ntnu Virtual Physics Lab: Thin Lens Combination
A Java applet which allows the user to emulate a refracting telescope and a light microscope. This is a great site to get information on the subject and better understand it through diagrams and charts.
Curated OER
National Taiwan Normal University: Cyclotron
Java applet from the National Taiwan Normal University showing how a cyclotron works. Also shows relevant formulas.
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National Taiwan Normal University: Cyclotron
Java applet from the National Taiwan Normal University showing how a cyclotron works. Also shows relevant formulas.
Curated OER
National Taiwan Normal University: Cyclotron
Java applet from the National Taiwan Normal University showing how a cyclotron works. Also shows relevant formulas.
Curated OER
National Taiwan Normal University: Cyclotron
Java applet from the National Taiwan Normal University showing how a cyclotron works. Also shows relevant formulas.
Curated OER
Csu: Model of Basic Otto Cycle
This site from the Colorado State University discusses the Otto cycle of a car engine. Includes a highly mathematical treatment of the efficiency of such engines. Includes a link to a java applet investigating the efficiency of such...
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Webmath.com: Graph a Line
WebMath.com offers a java applet that allows you to input the slope of a line and a point on the line and gives you the equation, in slope-intercept form, of the line with the given slope that passes through the point. It also includes a...
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Web Math: Graph a Circle
WebMath offers a java applet that allows you to input information about a circle, in one of four forms, and gies you the graph of the circle.
Curated OER
Polynucleotide
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
Adenosine
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
A Dna Fingerprint
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
James Watson
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
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Francis Crick
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
Adenine
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
Guanine
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
Cytosine
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.
Curated OER
Thymine
A good site that begins with the background and branches into the structure, function and applications of technology. This version of the page requires Java, and should open some applets that allow you to see the structures in 3-D.