How to fold a Great Pyramid of Giza from a circle. Simply print out, cut out the circle and fold the dotted lines only.
Author Archives: Folding Circles
Sacred Geometry 101
It is assumed that (x) is always ≥ 1 and the (1/x) is always ≤ 1. The ‘cosmic’ equation Linking the ‘cosmic’ equation with Pythagoras. Linking the ‘cosmic’ equation with trigonometry and the trigonometric functions. Simplifying the tan relationship. more stuff more stuff The Triangles The relationship between the red and blue triangles. More stuff. Example A Visualising the triangles …
The Symphony of Geometry
The amazing mathematics at the root of all geometry. “Numbers and equations are signs that mark the music of the spheres.” Nikola Tesla Lets explore some of the most interesting angles. 1. 2. 3. 4. 5. 6. Video
Squaring the Circle
Squaring the Circle A ‘squared circle’ is when a circle and square have equal area, or equal perimeter. Does the Golden Ratio (phi) define the squaring of a circle. According to some, in ancient Egypt, this mystery was encoded in the mathematics of Giza. It is well known that the value of pi (3.14) is …
The Mathematics of the Menkaure Pyramid
Back to The Giza Plateau. The Menkaure Pyramid The Menkaure/Mykerinos or small pyramid … Menkaure (final scaled ratios) Back to The Giza Plateau.
The Mathematics of the Khafre Pyramid
Back to The Giza Plateau. The Khafre Pyramid The Khafre/Chephren or middle pyramid is the key to understanding the geometry and mathematics of the Giza plateau, pointing to the cosmic identity/equation. The Khafre Pyramid was built according to a 3,4,5 triangle, considered very important by the Egyptians. The ratios Scaling the ratios by a half, we …
The Mathematics of the Giza Plateau
The Giza Plateau The 8 sides of the Great Pyramid at Giza (3D Khufu) The pyramids at Giza are sacred gifts of divine knowledge encoded into stone. Exploring the amazing mystery of the Giza plateau and the three pyramids, the mathematics and geometry encoded into of the pyramids. Folding Circles. Each square fish will fold …
The Cosmic Equation
The Cosmic Identity/Equation One of the most interesting mathematical identities. This ‘cosmic‘ identity works for all numbers (x) in the mathematical universe. And what is interesting is that we can link it to Pythagoras’s theorem. This means that for each number (x) we have a corresponding right angled triangle. For example, if we make our number …
Art of Pi
The Art of pi. Some of my static mathematical art. Some of my mathematical geometric art, mostly relating to the numbers pi and phi. The union between the circle and the square. See more : Visualising pi (animations)
The 4 Angle Mounds – Circles and Squares
These next set of circles and squares all have there areas (a) and circumferences (c) marked, along with the diameter of the circles and the height of the squares. (Fig. 13-15) The side-length of square #1 is equal to the diameter of circle #2. The same is true for square #2 and circle #3 and …
Mathematics Dude 