Volume decreases with increased potential.

Volume increases with decreased potential.

Cube Root of the Volume = SqRt of the Area = Length

"**Cubing the Sphere**"

(Sphere contiguous with and enclosed by a Cube)

Sphere Volume = 2 X 3^{15} X 5153 = 147,879,835,542

Cube Volume = 6561^{3} = 282,429,536,481

Ratio: 282,429,536,481:147,879,835,542::19,683:10,306 = Diminished Octave or Seventh.

Sphere to Cube = Minor Seventh = 9:5::(2 X 3^{15} X 5153):(6561^{3})

Volume increases with decreased potential.

Cube Root of the Volume = SqRt of the Area = Length

"

(Sphere contiguous with and enclosed by a Cube)

Sphere Volume = 2 X 3

Cube Volume = 6561

Ratio: 282,429,536,481:147,879,835,542::19,683:10,306 = Diminished Octave or Seventh.

Sphere to Cube = Minor Seventh = 9:5::(2 X 3

See Also

Created by Dale Pond.
Last Modification: Wednesday 05 of February, 2014 06:19:20 MST by Dale Pond. (Version 6)

The original document is available at https://pondscienceinstitute.on-rev.com/svpwiki/tiki-index.php?page=Cubing+the+Sphere