MERLOT Materials
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- Oscillators (25)
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The top of a spring pendulum (red circle) is moved to and fro - for example by hand; this motion is assumed as harmonic,... see more
A collection of over 140 videos of Physics Demonstrations covering a wide variety of topics, from mechanics to atomic.... see more
This applet shows a unique form of oscillator created by an board resting on two counter-rotating wheels. Changes in the... see more
Set of java applets for illustrating classical physics (highschool level), including gravitation, electric and magnetic... see more
Animates the motion of a linear array of particles joined by springs. The use can adjust the number of particles, their... see more
This simulation shows two pendula coupled by a spring which has a small spring constant (weak coupling). For such systems... see more
A simulation of masses hung from a scale including gravity. Virtual lab tools, including a ruler and a stopwatch can be... see more
This simulation lets users alter a variety of variables for simple harmonic motion for two systems: a spring with a... see more
This applet shows the motion of a simple harmonic oscillator in one dimension. Position, velocity, and acceleration can... see more
This applet shows a hanging mass on a spring. Users may add or remove mass from the spring to change the equilibrium... see more
Clearly displays the relationship between circular motion, the motion of a simple harmonic oscillator, and the plot of a... see more
An applet of a forced oscillator. The applet includes damping and a phase-space plot. Mirror at... see more
Applets and tutorial on mechanical waves. One applet covers the normal modes of vibration, the other covers a forced... see more
This is a complete tutorial on oscillatory motion, complete with extensive explanations and references. On the left side... see more
This applet provides a simulation of an oscillator damped by friction. The initial position and the coefficient of... see more
This applet shows number of particles in SHM. All the particles have same amplitude, same frequency but are at different... see more