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73-96 of 555 results for Materials Submitted by John Walkup

Move, rotate, and resize two vectors in a plane. Find their resultant, both graphically and by direct computation.

Shockwave simulation of an air track for testing collisions.

The three-dimensional diffraction pattern formed by a circular aperture near the focal point in a well-corrected... see more

Electrons are distributed around an atom according to probability density distributions. Visitors can use this... see more

In this applet two waves of equal amplitude are interfering. You can control the centre or nominal frequency of the waves... see more

This applet simulates a simple two dimensional collision between two objects of equal mass. After the applet loads, two... see more

An entire tuturial, with an applet and a link to a corresponding SPICE model.

Physlet for demonstrating black body radiation.

A Java applet simulating the Bohr model of the hydrogen atom.

Applet clearly demonstrates Brownian motion in two dimensions. The small particles are shown as well as the large... see more

A very large collection of Java 2 applets for demonstrating basic topics in physics. Covers much of the introductory... see more

Java applet for simulating projectile motion.

User draws masses on a grid, and then is asked to calculate the center of mass. User's answer is checked by the applet.

Applet simulates the motion of particles acted upon by a central force. User can choose between attractive and repulsive... see more

Applet shows the path of a particle under the influence of inverse square central force. The force can be attractive or... see more

Scroll bar sets a negative bias voltage. Applet simulates the resulting motion of carriers into the p-type region.

Applet demonstrates the motion of a charged particle in a magnetic field.

Applet shows a charged particle moving in two magnetic fields. It can be made to cross the boundary between the two... see more

An online Chart of the Nuclides divided into 29 parts. Clicking on each part zooms in closer on the nuclear properties of... see more

Demonstrates circular and translational motion of a point when initial conditions (such as the initial velocities and... see more

Physlet demonstrates the relationship between voltage and current in a simple circuit.

Click and drag to move one set of circular wavefronts, or use the buttons. Observe the resultant interference pattern.

Two applets demonstrating blackbody radiation.