fundamental frequency

They may also have a different fundamental frequency, or other properties.

The pitch of the open string is called the fundamental frequency.

Higher energy states are then similar to harmonics of the fundamental frequency.

The fundamental frequency may simply be unexpected, and unrelated to other sounds in the piece of music.

Harmonics of this fundamental frequency are used to provide reference points.

First of all, there is the basic pitch perceived by the ear - called the fundamental frequency.

In musical theory, pitch represents the perceived fundamental frequency of a sound.

In music, a scale is any set of musical notes ordered by fundamental frequency or pitch.

This rate of vibration is also called "fundamental frequency" and "pitch".

They have a fundamental frequency, but also many overtones.

The fundamental frequency (F) of the first harmonic could be determined from the mean heart rate per second.

A higher harmonic of this fundamental frequency is used.

Each pipe is tuned to a keynote, called the fundamental frequency.

There are also sometimes subharmonics at whole number divisions of the fundamental frequency.

In a periodic signal, the fundamental frequency is the inverse of the period length.

Thus, the maximum fundamental frequency is reduced to one fourth of the baud rate.

The length of the tube determines the fundamental frequency.

The sound may be inharmonic, a mixture of sounds including some with conflicting fundamental frequencies.

Accent shape - affected by the rate of change of the fundamental frequency.

A single fundamental frequency can thus be combined with one or more harmonics to produce complex sounds.

The fundamental frequency is influenced by the length, size, and tension of the vocal folds.

It is normally tuned a point between the crystal's fundamental frequency and its first harmonic.

All musical sounds have their fundamental frequency and overtones.

An overtone is any frequency higher than the fundamental frequency of a sound.

It has also been used to determine the fundamental frequency of human speech and to analyze radar signal returns.