**Areas and Volumes - Relations and Proportions - Breadth (Area, Circle) using Holistic or Natural Mathematics**

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

area of circle = PI X radius

(20612/6561) X ((3

Figures are RELATIVE PARTS

5153 = Prime

6561 = 3

20612 = 2

circumference of circle 2

circumference of circle PI X 6561 = 20612

circumference of circle (20612/6561) X 6561 = 20612

(NOTE: Great Pyramid angle is 51°53')

radius of circle = (2

(cannot factor a Prime Number (6561))

diameter of circle 3

diameter of circle (3

(3 times 2 cubed)

Does this mean the smallest volume possible is composed of (equivalent to) 3 cubes?

area of circle = PI X radius

(20612/6561) X ((3

Sphere Volume (((PI) X (diameter)

(factored: N = 2 X 3

2 X 3

Cube Volume 6561

(3

3

area of circle = PI X radius

^{2}(20612/6561) X ((3

^{(23)})/2)^{2}Figures are RELATIVE PARTS

5153 = Prime

6561 = 3

^{8}20612 = 2

^{2}X 5153circumference of circle 2

^{2}X 5153 = 20612circumference of circle PI X 6561 = 20612

circumference of circle (20612/6561) X 6561 = 20612

(NOTE: Great Pyramid angle is 51°53')

radius of circle = (2

^{4}X 5 X 41)+1 = 3281(cannot factor a Prime Number (6561))

diameter of circle 3

^{8}= 6561diameter of circle (3

^{(23))}= 6561(3 times 2 cubed)

Does this mean the smallest volume possible is composed of (equivalent to) 3 cubes?

area of circle = PI X radius

^{2}(20612/6561) X ((3

^{(23)})/2)^{2}Sphere Volume (((PI) X (diameter)

^{3})/3)/2(factored: N = 2 X 3

^{15}X 5153); (value confirmed by Converter stack)2 X 3

^{15}X 5153 = 147,879,835,542Cube Volume 6561

^{3}= 282,429,536,481(3

^{8})^{3}= 282,429,536,4813

^{24 = 282,429,536,481 NOTE: 6561:5153 = Major Third 6561:20612 = Minor Third 3rd octave?}**Figure 6.17 - Areas and Volumes - Relations and Proportions - Breadth (Area, Circle)**

See Also

**Figure 6.19 - Sphere to Cube - Relations and Proportions**

**Figure 12.09 - Dimensions and Relationships**

**Magnitude**

**Part 06 - Formation of Cubes**

**Quadrature of the Circle**

**Table 12.02 - Length Area and Volume Math**

**The Universal One**, page 159

**6.14 - Sphere and Cube**

**6.15 - A Clockwork Universe**