MERLOT Materials

Filter by

25-48 of 68 results for: Materials Submitted by Kara Chiodo

This simulation lets users study projectile motion in a "golf" setting. The launch velocity and launch angle of the "golf... see more

This simulation lets users drag masses onto a grid, and plots the center of mass for the configuration. The center of... see more

Users attempt to balance 1 to 4 masses on a see-saw-like lever system (massless beam). The number of masses, their... see more

Users can place a variety of masses on a horizontal rotating platform that is being accelerated by a hanging mass (which... see more

This simulation lets users alter a variety of variables for simple harmonic motion for two systems: a spring with a... see more

An animation showing a pendulum's oscillation in phase space, with a time axis curving back on itself in a circle. The... see more

An animation showing a pendulum's oscillation in phase space, with a time axis curving back on itself in a circle. This... see more

An animation showing a damped pendulum's oscillation in phase space, with a time axis curving back on itself in a circle.... see more

An animation showing a damped pendulum's oscillation in phase space, with a time axis curving back on itself in a circle.... see more

An animation showing a pendulum's oscillation in phase space. Creates a graph of the pendulum's path in 3D phase space,... see more

An animation showing a pendulum's oscillation with damping in phase space. Creates a graph of the pendulum's path in 3D... see more

An animation showing a pendulum's oscillation. Creates a graph of the pendulum's path in 2D phase space. Correlates real... see more

An animation showing a pendulum's oscillation, with damping. Creates a graph of the pendulum's path in 2D phase space.... see more

An animation showing a pendulum's oscillation. Creates a graph of the pendulum's path in 3D phase space. Correlates real... see more

An animation showing a pendulum's oscillation, with damping. Creates a graph of the pendulum's path in 3D phase space.... see more

An animation showing a pendulum's oscillation. Creates a graph of position vs. time. Correlates real space and plot... see more

An animation showing a pendulum's oscillation. Simultaneously creates graphs of position vs. time and velocity vs. time.... see more

An animation showing a pendulum's oscillation, with damping. Simultaneously creates graphs of position vs. time and... see more

This is a self-test for students covering DC circuits. It has questions on Ohm's law, parallel circuits, series circuits,... see more

Three different self tests on different levels, covering simple harmonic motion. The questions are multiple choice.

A Java applet that lets students create vectors on a cartesian coordinate system, and then add them graphically. Users... see more

This is the home page of the NIST Electron Beam Ion Trap Project. By browsing these pages you can learn about the basic... see more

This is a self-test for students covering rotational motion, mainly torque. It is on the beginning level. The questions... see more

An introduction to the language of kinematics. The focus is on kinematics terms/words (vector, scalar, distance,... see more