...Continuing Greener🌿s Work:

This Spectral lines https://www.cfa.harvard.edu/amp/ampdata/kurucz23/sekur.html is a good place to have the output of frequencies of emmission lines of Atomic Elements of the periodic table.

Visible Light is in the range 1200 nano metres ( Infra Red) to 200 nm ( Ultra Violet)

Input wavelength range for upper in nm ( nanometers which is 10^-9 metres which is 1.000000000000 with the 1 shifted 9 decimal places to the right .

A nanometer is 0.000000001 metres.

And As 🌿Greener Says, " You could double it many times.💫"

Can half and half the frequency to audio tone or Tempo range.

As 🌿Greener theory has revealed :

speed of light , c = Length/ Time

Since f = 1/T, frequency equals one over Time , the formula revealed to George Van Tassell in the 1950's by a being called Segonda who took Him aboard His spaceship where He saw instruments and dials like nothing on this planet.

speed of light, c = Length * frequency

the middle '=' sign is the balance. What you do to left side, you must do to right side.

To get frequency alone, can divide both sides by length:

c/Length = (Length/Length)*frequency

the length/length = 1

Then:

c/WaveLength = frequency

Check the units match on both sides of middle '=' sign

c is metres/seconds

wavelength is converted to be in metres.

frequency is 1/seconds

Units equate!

frequency = Speed of Light divided by WaveLength

Greener🌿s Primordial Basic way of finding out a frequency from knowing wavelength.

Fellow students, doctors, professors, - Continuing Greener's Work of finding a frequency for Mass::

E = m* c^2

m is mass, E is Energy, c^2 is speed of light squared

E = h*f

h is Planks constant, E is Energy , f is frequency

Since both equations are E =

then m* c^2 = h * f

'=' sign is like a ♎ a balance. What you apply to one side, you do to the othe side of the ♎

thus multiplying both sides of = by (1/h) is

(m* c^2)/h = f

which means:

frequency equals mass multiplied by speed of light squared divided by Planck's constant.

frequency = mass * (c^2)/h

Mass of a planet, a star or a rest mass of a Quantum particle needs to be conveted to units of kg since Planck's constant , h, contains kg in the units..

...Continuing Richard Greenyer work:-

I need to reveal an essential tool which you May have forgotten about.

V = f*L

velocity equals frequency multiplied by wavelength.

The middle "=" operator is like a balance, a Libra ♎

To find out frequency , f , alone , :

Divide by 'L' both sides of the ♎

multiply both sides by (1/L)

V/L = f* L * (1/L)

Which means:-

V/L = f * (L/L)

(L/L) is = 1 one

That means V/L = f

The same as f = V/L

frequency equals velocity divided by Length

The velocity could be the speed of light or the speed of sound in Air at room temperature or Ice at 0 degrees or the velocity of sound in space between the moon and the earth which is seething with virtual particles but the velocity of sound would be very very slow.

The fundamental units need to match on both sides of the ♎

Which means if you want to find out the frequency in Hz, cycles per second, Velocity needs to be in metres per second, and length needs to be the same in metres.

In summary, to get a specific frequency (or Tempo) of sound that means something , frequency equals velocity divided by wavelength, wavelengths of emission lines of atomic elements, radius of planets....length between 2 stars.

Keep up the good work people ! :)

This Spectral lines https://www.cfa.harvard.edu/amp/ampdata/kurucz23/sekur.html is a good place to have the output of frequencies of emmission lines of Atomic Elements of the periodic table.

Visible Light is in the range 1200 nano metres ( Infra Red) to 200 nm ( Ultra Violet)

Input wavelength range for upper in nm ( nanometers which is 10^-9 metres which is 1.000000000000 with the 1 shifted 9 decimal places to the right .

A nanometer is 0.000000001 metres.

And As 🌿Greener Says, " You could double it many times.💫"

Can half and half the frequency to audio tone or Tempo range.

As 🌿Greener theory has revealed :

speed of light , c = Length/ Time

Since f = 1/T, frequency equals one over Time , the formula revealed to George Van Tassell in the 1950's by a being called Segonda who took Him aboard His spaceship where He saw instruments and dials like nothing on this planet.

speed of light, c = Length * frequency

the middle '=' sign is the balance. What you do to left side, you must do to right side.

To get frequency alone, can divide both sides by length:

c/Length = (Length/Length)*frequency

the length/length = 1

Then:

c/WaveLength = frequency

Check the units match on both sides of middle '=' sign

c is metres/seconds

wavelength is converted to be in metres.

frequency is 1/seconds

Units equate!

frequency = Speed of Light divided by WaveLength

Greener🌿s Primordial Basic way of finding out a frequency from knowing wavelength.

Fellow students, doctors, professors, - Continuing Greener's Work of finding a frequency for Mass::

E = m* c^2

m is mass, E is Energy, c^2 is speed of light squared

E = h*f

h is Planks constant, E is Energy , f is frequency

Since both equations are E =

then m* c^2 = h * f

'=' sign is like a ♎ a balance. What you apply to one side, you do to the othe side of the ♎

thus multiplying both sides of = by (1/h) is

(m* c^2)/h = f

which means:

frequency equals mass multiplied by speed of light squared divided by Planck's constant.

frequency = mass * (c^2)/h

Mass of a planet, a star or a rest mass of a Quantum particle needs to be conveted to units of kg since Planck's constant , h, contains kg in the units..

...Continuing Richard Greenyer work:-

I need to reveal an essential tool which you May have forgotten about.

V = f*L

velocity equals frequency multiplied by wavelength.

The middle "=" operator is like a balance, a Libra ♎

To find out frequency , f , alone , :

Divide by 'L' both sides of the ♎

multiply both sides by (1/L)

V/L = f* L * (1/L)

Which means:-

V/L = f * (L/L)

(L/L) is = 1 one

That means V/L = f

The same as f = V/L

frequency equals velocity divided by Length

The velocity could be the speed of light or the speed of sound in Air at room temperature or Ice at 0 degrees or the velocity of sound in space between the moon and the earth which is seething with virtual particles but the velocity of sound would be very very slow.

The fundamental units need to match on both sides of the ♎

Which means if you want to find out the frequency in Hz, cycles per second, Velocity needs to be in metres per second, and length needs to be the same in metres.

In summary, to get a specific frequency (or Tempo) of sound that means something , frequency equals velocity divided by wavelength, wavelengths of emission lines of atomic elements, radius of planets....length between 2 stars.

Keep up the good work people ! :)