Flash animation physics download

This animation explains how they do this. Requires Flash 6; file size is 81k. A simple animaiton of a spinning top which precesses. Requires Flash 5; file size is k. Demonstrating that one component of uniform circular motion is simple harmonic motion.

Requires Flash 6; file size is 10k. Illustrating and comparing Simple Harmonic Motion for a spring-mass system and for a oscillating hollow cylinder. Requires Flash 5; file size is 20k.

The damping factor may be controlled with a slider. The maximum available damping factor of corresponds to critical damping. Requires Flash 6; file size is 12k.

A harmonic oscillator driven by a harmonic force. The frequency and damping factor of the oscillator may be varied. Two simple pendulums connected by a spring. The mass of one of the pendulums may be varied. Within mathematical rounding errors, the resolution on the screen of one pixel, and a frame rate of 12 frames per second the animation is correct, not an approximation.

Requires Flash 6; file size is 47k. A simulation of an experiment to determine the dependence of the electrostatic force on distance. A simple DC circuit has a DC voltage source lighting a light bulb. Also shown is a hydraulic system in which water drives a turbine.

The two systems are shown to be similar. Requires Flash 6; file size is 51k. A simple animation of how a common light Switch works. Requires Flash 6; file size is 4kb. Illustrating representing an electric field with field lines.

Requires Flash 5; file size is 22k. A simple buzzer consisting of a battery, a flexibile metal strip, a piece of iron, and some wire. Requires Flash 6; file size is 20k.

An electric charge is executing simple harmonic motion, and the animation shows the electric field lines around it. Requires Flash 6 and a computer with reasonable power; file size is 40k. A 3 dimensional animation of the "far" fields of an oscillating charge. Circular polarisation generated from a linearly polarised electromagnetic wave by a quarter-wave plate.

A spinning charged object passes through an inhomogeneous magnetic field. This animation is also used in a discussion of the Stern-Gerlach experiment. Requires Flash 6; file size is 74k. A spinning charged object passes through an array of 3 magnets each producing an inhomogeneous magnetic field. Requires Flash 6; file size is 79k. Dropping a ball in a viscous liquid. The densities, liquid viscosity, and size of the ball are controllable.

Requies Flash 6; file size is 55k. A ball is dropped through the air from m above the ground. The ball may be a billiard ball, a 5-pin bowling ball or a pin bowling ball. The 5-pin bowling ball clearly shows the drag crisis. Requires Flash 7; file size is k. A simple animation of using a micrometer to measure the width of a pencil.

Requires Flash 5; file size is 13k. Provides controls to position the micrometer, and when a button is clicked displays the reading. Requires Flash 5; file size is 30k. A small animation showing a piston compressing a sample of gas. As the volume of the gas goes down, the density and therefore the pressure goes up.

Requires Flash 5; file size is 3. An animation illustrating that the derivative of a sine function is a cosine. Requires Flash 6, file size is 20k. Illustrating that the area of a circle is a limit of the sum of the areas of interior triangles as the number of triangles goes to infinity. Requires Flash 5; file size is 12k. Illustrating the meaning of the integral sign, including an example.

Simulating nuclear scattering experiments by scattering ball bearings off targets. A simple illustration of electron-positron production and annihilation. Requires Flash 5, file size is 21k. Illustrating the 3 principle modes by which X-rays interact with matter. Illustrating that when a mirror is rotated by an angle, the reflected ray is rotated by twice that angle. Illustrating reflection and refraction, including total internal reflection.

Requires Flash 6; file size is 33k. Ray tracing for a thin lens showing the formation of a real image of an object. Requires Flash 5; file size is 17k. A simulation of an optical bench with a light source, object, thin lens and an image. The screen that displays the image is moved. Requires Flash 5, file size is 14k. Shows the effect of changing the time base control on the display of an oscilloscope. There is no input voltage. Requires Flash 5; file size is 10k. Shows the effect of changing the time base control on the display when there is an input voltage varying in time.

Shows the effect of changing the time base control on the display when there is an input voltage varying in time when the frequency of the voltage is high.

Shows the effect of changing the voltage control on the display. Shows the effect of changing the trigger level on the display. Requires Flash 5; file size is 5. The photon excitation and photon emission of the electron in a Hydrogen atom as described by the Bohr model. Requires Flash 6: file size is 77k. Illustrating how thinking about the electron as a de Broglie wave "explains" the Bohr model.

External and internal forces acting upon a two-body system. Ellastic collision between two cars. The mass and velocity of both cars can be changed. This animation shows the forces on a beam, which is attached to the wall by a hinge about which the beam can rotate freely. Attached to the beam there is a mass that can be displaced along it. Drag and drop both objects to displace them. This animation shows how a tower crane works. As the weight of the red mass varies, the blue mass must be displaced to balance the load.

Rotational motion of a beam. The angular displacement, velocity and acceleration are shown in the SI system of units. The beam length can be changed with the aid of the slider. Two objects connected by a light string that passes over a pulley having a moment of inertia about its axis of rotation. Motion of a sphere when it slips or when it rolls without slipping.

An harmonic transverse wave propagating on a rope traveling in the positive x-direction. This animation is designed to show how the path difference between two harmonic waves affects their interference. Drag the second source green point to change its position. The wavelength as well as the phase difference between both waves can also be changed. Generation of longitudinal compression harmonic waves that move through a gas. Electric field created by two charges at rest. The value of the charges can be changed with the sliders, as well as the position at which the electric field is calculated.

Electrostatic interaction between two electrically charged particles in equilibrium. Thomson's cathode ray tube experiment. It can be used to determine the velocity of the electrons when they are not defected by the electric and magnetic fields and the charge-to-mass ratio. Charged particle motion in a uniform magnetic field. When the magnetic flux through an area changes, an electric current is created. Flash Fluid Effect is a tool to easily and quickly create cool Macromedia Flash Animation effect such as melt, vaporize, warp, blur, chaos, etc.

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