Software Developed by compadre.org
Stellar Blackbody Radiation Curves v.1.0
Blackbody radiation curve of stars simulation. Stellar Blackbody Radiation Curves model simulates the blackbody radiation curve of stars and how this leads to the observed color and luminosity of the star. If a star can be treated as a blackbody,
Stellar Aberration 3D Model v.1.0
Illustrates the phenomenon known as the aberration of starlight. Stellar Aberration 3D Model illustrates the phenomenon known as the aberration of starlight, first reported by James Bradley in 1729. Aberration occurs because light has a finite speed,
Stellar Aberration 2D Model v.1.0
Illustrates the phenomenon known as the aberration of starlight. Stellar Aberration 2D Model illustrates the phenomenon known as the aberration of starlight, first reported by James Bradley in 1729. Aberration occurs because light has a finite speed,
Standing Waves on a String Model v.1.0
Simulate a standing wave on a string with this application. Standing Waves on a String model displays the motion of a standing wave on a string. The standing wave can be augmented by adding the zero line and the maximum displacement of the string.
Standing Waves in a Pipe Model v.1.0
Study pressure waves with this tool. Standing Waves in a Pipe model displays the displacement and pressure waves for a standing wave in a pipe. The pipe can be closed on both ends, on one end, or open on both ends.
Spring Pendulum Model v.1.0
Study oscillations and waves. Spring Pendulum model displays the model of a hollow mass that moves along a rigid rod that is also connected to a spring. The mass, therefore, undergoes a combination of spring and pendulum oscillations.
Spring Motion Model v.1.0
Study oscillations and waves. Spring Motion Model shows the motion of a block attached to an ideal spring. The block can oscillate back-and-forth horizontally. You can change the mass of the block, the spring constant of the spring,
Spinning Hoop Model v.1.0
Movement simulation made easy. Spinning Hoop model displays the model of a bead moving along a hoop which is spinning about its vertical diameter with constant angular velocity ?. Friction is negligible.
Spherical Pendulum Model v.1.0
Spherical Pendulum models a particle under the influence of gravity that is constrained to stay on a spherical surface. The simplest example is that of a pendulum that is free to swing in any direction.