Ramsay
"The nature of anything is seldom to be discovered in the thing itself;" it is in its relations to other things that we penetrate into and discern its true nature. According to this general truth, in order to understand the musical scales we require to go back to the system of vibrations. And as the laws of oscillatory and vibratory motions are derived from the law of a falling body; so, in order to understand the system of musical vibrations, we require to go back to the primary laws of mechanics, geometry, and arithmetic." [Scientific Basis and Build of Music, page 15]
See Also
01 - Symbols and Conditions of Vibratory Streams
05 - Chart Showing the Conditions Governing the Transmittive Link of Sympathy
06 - Chart Showing the Conditions Governing the Discordants
07 - Chart Showing the Conditions Governing Harmonious Chords
11.13 - Dominant Conditions are Mated Opposing Pairs as Fifths
16.24 - Triune Vibratory States or Conditions
25 circles of oscillations
8.2 - Oscillation versus Vibration
8.20 - Law of Sympathetic Oscillation
amplitude
Center of Oscillation
Changed Conditions of the Times
Condition
Differential Oscillation
differential oscillatory range of motion
differential oscillatory range
Distance
dominant condition
dual sex condition
Figure 8.8 - Polar States or Conditions as Seeming Opposites
first condition in the first ratio
first condition in the third ratio
first condition of the second ratio
Law of Motion
Law of Oscillating Atomic Substances
Law of Variation of Atomic Oscillation by Sono-thermism
Laws of Motion
laws of motion
Laws of Music
laws of oscillatory and vibratory motions
laws of oscillatory and vibratory motions
laws of quantities and motions
laws of vibratory motion
Laws
like condition
Lorentz Gauge Condition
mental emotional condition
molecular condition
MOLECULAR OSCILLATING FREQUENCY
molecular oscillation
Motion
Motion
negative condition
Newton Laws of Motion
Newton Third Law of Motion
Number
One changeless condition
oscillate
oscillating proximately
oscillating range of motion
Oscillation
Oscillation
oscillatory motion
Pendulum Oscillation
Pendulum
Period
positive condition
pressure condition in motion
Proximate Oscillation
Ramsay - PLATE IV - Oscillation and Vibration
Ramsay - PLATE V - Proximate and Differential Oscillations
Ramsay - The New Way of Reckoning a Pendulum Oscillation
Ratio
Reflex - Conditioning
Relativity
savage condition
sex-conditioned pairs
sex-divided condition
Signal Conditioner
static condition
Sympathetic Conditions
Sympathetic Oscillation
Sympathetic Planetary Oscillation
Tesla Oscillator
theory of relativity
thermal condition
Time
triple condition of vibration
triple conditions
triple vibratory condition
Unconditional Love
vacuum condition
Vibration
vitalized conditions