This webpage is simply an active calculator of buoyancy. It allows changes in mass, apparent mass, volume or density to explore variations. This site would be an excellent resource for any biology, chemistry or physics...

Georgia State University presents an explanation and illustration of buoyancy including Pascal's and Archimede's principles. The site contains helpful diagrams to better explain the concepts addressed. Overall, the site...

In this interactive simulation, the path of a charged particle in a capacitor can be traced. Users may adjust the strength of field, initial velocity and mass of the moving particle, and magnitude of its charge. The...

This website, authored by Fu-Kwun Hwang of the National Taiwan Normal University, contains an applet on circular motion. The simulation portrays a ball on a string swinging in a circle. The radius of the circle and the...

This interactive presentation, created by authors James Bourassa and John Rosz, explains how the input of force reacts with lever systems. The authors address the physics behind levers, and how when proper angles are...