This characteristic of a spring is measured in newtons per meter...

The distance from one wave crest to the next...

An oscillating spring will achieve its maximum velocity at this point...

F = -kx

The number of wave crests (or troughs) in one second...

Different frequencies of sound can be heard as this...

This variable does NOT affect the period of a spring's oscillation...

A wave's wavelength divided by its period...

The amplitude of a wave will not affect this...

If you stretch a spring, this is the expression for its total energy at the instant of release...

The material through which energy is being transmitted...

If a spring is stretched and then released at time zero, this trig function describes its motion...

If the restoring force on an object is proportional to its distance from equilibrium, the object is exhibiting this...

This describes energy being lost during transmission...

If energy is forced into a system at the system's natural frequency, this effect is achieved...