Explore the properties of a wide range of simple harmonic oscillators such as springs, pendulums and torsion systems.
Analyze a harmonic oscillator:
Find equations associated with a harmonic oscillator:
Calculate the harmonic motion for a large range of pendulum types including double, coupled and torsion pendulums.
Analyze the motion of a simple pendulum:
Analyze the motion of a spring pendulum:
Find the Lagrangian of a system:
Explore the precession, nutation and evolution of motion for a spinning top.
Analyze the motion of a symmetric top:
Find the equations of motion:
Compute the properties and perception of sound as well as how it interacts with matter.
Compute a Doppler shift:
Find the maximum distance for hearing a sound:
Compute the features of electromagnetic waves within waveguides and resonant cavities.
Explore properties of ideal waveguides:
Find mode frequencies and quality factors for resonant cavities: