Naked! Pyramid Shaped Body Parts Intro

The peak of any pyramid found in any setting can be associated with:

(1) – a horizontal cylinder that is perpendicular to the peak of the pyramid

(2) – a hole that is perpendicular to the peak of the pyramid

(3) – a cylinder that lies on the same vertical axis as the pyramid

(4) – and a hole that lies on the same vertical axis of the pyramid.

Those characteristics of pyramids can be found in some of the pyramid shapes created by the human body. Nude pictures are necessary to show where some of those examples express themselves.

The next picture shows a rear view of a man on his knees.

A pyramid is formed by both knees and the man’s tailbone.

The man’s butthole is perpendicular to the pyramid formed by his legs and his tailbone,

like the example pyramid with a hole perpendicular to the peak.

The next picture shows a man on his knees from the front.

A pyramid is formed by his knees and his pubic bone.

There is a cylinder, his penis, extending out from the peak of the pyramid.

Although the viewing angles are different which can make the comparison hard to visualize, the pyramid formed by the man’s legs with the cylindrical penis sticking out of the peak looks like the example pyramid with a cylinder perpendicular to it’s peak.

The next example picture shows a woman from the rear.

A pyramid is formed by the woman’s feet and her anus.

The woman’s vagina is a perpendicular hole in the peak of the pyramid,

like the perpendicular hole in the peak of the example pyramid.

It would be natural to wonder why pyramids are associated with a cylinder or a hole along their vertical axis or with a cylinder or hole that is perpendicular to one of the faces of the pyramid. The answer is simple common sense.

Both a cylinder and a hole are circular objects. Circular objects are unstable. They can roll around and they are susceptible to crushing forces.

A cylinder or a hole that either lays along the vertical axis of a pyramid, or is perpendicular to one of the faces of a pyramid,

 is braced from all directions by the angled shape of the pyramid, which would help it resist crushing forces. The angular shape of the pyramid would also prevent the natural rolling movement of cylinders and holes.