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Module 13: Vibrations and Waves

Horizontales
A wave with vibration at right angles to the direction the wave is traveling.
The distance from the midpoint to the maximum (crest) of a wave or, equivalently, from the midpoint to the minimum (trough).
An oscillation, or repeating back-and-forth motion, about an equilibrium position.
The distance from the top of the crest of a wave to the top of the following crest, or equivalently, the distance between successive identical parts of the wave.
Addition of two or more waves when wave crests overlap to produce resulting wave of increased amplitude.
One of the places in a wave where the wave is lowest.
A pulse of compressed air.
A pattern formed by the overlapping of two or more waves that arrive in a region at the same time.
The number of events (cycles, vibrations, oscillations, or any repeated event) per time; measured in hertz.
Term that refers to how high or low sound frequencies appear to be.
Verticales
A phenomenon that occurs when the frequency of forced vibrations on an object matches the object's natural frequency, and a dramatic increase in amplitude results.
Combination of waves where crests of one wave overlap troughs of another, resulting in a wave of decreased amplitude.
The SI unit of frequency.
The sharp crack heard when the shock wave that sweeps behind a supersonic aircraft reaches the listener.
A wave in which the vibration is in the same direction as that in which the wave is traveling.
Wave in which parts of the wave remain stationary and the wave appears not to be traveling. The result of interference between an incident (original) wave and a reflected wave.
Any part of a standing wave that remains stationary.
A disturbance in air in which the pressure is lowered.
The positions on a standing wave where the largest amplitudes occur.
Term applied to sound pitch too low to be heard by the human ear, that is, below 20 hertz.
One of the places in a wave where the wave is highest or the disturbance is greatest.
The time required to complete a single cycle.
Term applied to sound frequencies above 20,000 hertz, the normal upper limit of human hearing.
A disturbance that repeats regularly in space and time and that is transmitted progressively from one place to the next with no actual transport of matter.