Loading...
 

Oscillation

Oscillation
Oscillation
Oscillation

"Oscillation is a rhythmically recurring translatory movement." [Keely]

OSCILLATION. - The swing of a pendulum, and its return. [Scientific Basis and Build of Music, page 25]

Not the same as vibration. [see Vibration]

Ramsay
"The numbers which express the motions of these twenty-five quantities have among themselves nineteen different ratios, or rates of meeting; and when these ratios are represented by the oscillations of twenty-five pendulums, at the number of 64 for the highest one, they will all have finished their periods, and meet at one for a new series. This is an illustration, in the low silence of pendulum-oscillations, of what constitutes the System of musical vibration in the much higher region of vibrating strings and other elastic bodies, and determines the number of undeveloped sounds which form the harmonious halo of one sound, more or less faintly heard, or altogether eluding our dull mortal ears; and which determines the number of sounds which, when developed, constitute the System of musical sounds." [Scientific Basis and Build of Music, page 16]

"Things are not always what they seem. Common sense, so very valuable in every-day life, goes but a very little way in science. Common sense could not have told that, when a uniform body is suspended at one end and oscillated as a pendulum, the oscillations would be the same if suspended at one-third from the end. Much less could common sense have told that suspension at a point between these two points, namely, at two-thirds of this one-third from the end, would give the highest rate of speed of oscillation of which the body is capable, a point which we shall call the center of Velocity." [Scientific Basis and Build of Music, page 18]

"the other, like as we also reckon the vibrations of a pendulum." Holden adds that Dr. Smith, in his Harmonics, reckons the complete vibration to be double of this. Lees, in his Acoustics, says- "The travel of a vibrating elastic body from one extreme to the opposite and back again is called a vibration. Continental writers define a vibration to be the travel of a vibrating body from one extreme position to the opposite. This corresponds to our definition of the oscillation of a pendulum." [Scientific Basis and Build of Music, page 23]

See Also


Rhythmic Balanced Interchange
Rotation and Revolution are Reciprocals
Sine Wave
Vibration
Vortex
Wave
Wave Field
7.2 - Rhythmic Balanced Interchange
8.2 - Oscillation versus Vibration

Created by Dale Pond. Last Modification: Saturday September 26, 2020 06:09:28 MDT by Dale Pond.