Resonant Harmonic Frequency
The second is defined as the content of one wave:
~Wave~ is defined by wave parameters:
the length of one wave found in a wave form such as an atmosphere or an ocean or a rock
is the variable known
to be called the wave length
within one second: the number of waves found formed of length V are said to be given the
function aka the pH to be known as
the pH~requency of one wave length pHound contained
in the imaginary length and the imagined height of one second
as pHound in things bouncing around on this pale blue dot often called the earth...
to be called the frequency as defined by the standard
known to be determined by the content of the Clepsydra
Compared to the audible spectrum, visible light has a much higher frequency range,
meaning that the waves of light oscillate faster than
sound waves,
and the wave lengths of visible light
are shorter than sound wave lengths;
essentially, visible light is a much "higher-pitched"
form of electromagnetic radiation than sound.
• Audible spectrum range: Human hearing typically spans from around
20 Hz to 20,000 Hz at C constrained
Wavelengths of W aka V twice is C/V or
• Visible light spectrum range: Visible light has frequencies ranging from approximately
400,000,000,000,000 Hz to 800,000,000,000,000 Hz
• C aka 186,000 miles per second constrains the frequency of All waves found at any node on the
electromagnetic spectrum
Generative AI is experimental.
[1] https://van.physics.illinois.edu/ask/listing/2048[2] https://en.wikipedia.org/wiki/Wavelength[3] https://www.ncbi.nlm.nih.gov/books/NBK10924/[4] https://www.sciencedirect.com/topics/physics-and-astronomy/visible-spectrum[5] https://homework.study.com/explanation/a-the-range-of-audible-frequencies-is-from-about-20-hz-to-20-000-hz-what-is-the-range-of-the-wavelengths-of-audible-sound-in-air-b-the-range-of-visible-light-extends-from-400-nm-to-700-nm-what-is.html[6] http://labman.phys.utk.edu/phys222core/modules/m6/The%20EM%20spectrum.html[7] https://www.doubtnut.com/qna/12009748[8] https://hubblesite.org/contents/articles/the-electromagnetic-spectrum
Λight is said to be a node of the electromagnetic spectrum where
Visible light is sandwiched between
Radio waves at the longest length
With the lowest frequency
To ultra violet to infrared to x ray
Where the wavelength is constricted
As Φ ακα ρΗγεςυενψγ ινψγεασεσ
Limited by the speed limit given
For the seed of life known as light C
C is said to equal
186,000 miles per second
In this Solar system which is
Said to have a diameter of
~186,000,000 miles
5280 X 186 = 982,080,000,000 feet
= 11,784,960,000,000 inches
The length of each of the twelve notes
Known as bones in the four fingers of
Each hand used to play a note using a
Musical instruments held by hands is
Approximately ~1 inch tuned in.
A 24 hour day containing 60 minute hours containing 60 second minutes
results in an 86400 second long day which is an A5 at 432 making noon
equal to the diameter of the sun in musical note terms
Each wavelength is equal to the imaginary
Speed of some color of light divided by
The frequency which determines the
Sound node used to define the tone
And the time relative to the
e quality equally spaced nodes found
Around every twelfth root of two the
Geo meter of you in you as you
Forming all real relationships
Across rational gnomonic gmomoi...
Three dots at a time .:.
The resonant frequency of atomic helium,
specifically for the 2^3S - 2^3P transition,
is approximately
276,736,495,649.5 Hz.
This value is often measured through precision spectroscopy techniques, with the most relevant transition being
the 2^3S to 2^3P state
The resonant frequency of atomic hydrogen
is
1,420,405,752 Hz.
This frequency corresponds to the "21 cm line"
in the hydrogen spectrum
and is a highly precise frequency standard.
The resonant frequency of atomic oxygen is
approximately
60 GHz.
This refers to the frequency
at which an oxygen molecule
readily absorbs
electromagnetic radiation,
primarily in the microwave range
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