Squaring The Circle | How To Draw Sacred Geometry Tutorial
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This is a relatively easy way to approach the squaring of the circle using sacred geometry. Squaring of the circle means that you draw either a square and a circle of equal area, or in this case equal circumference.
Using sacred geometry this can not be done, and it has eluded brilliant minds throughout the ages. However, that does not mean that this simple and elegant method is meaningless, especially considering the many pure proportions that it reveals.
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Youre finally coming back
Cause i remember when you have 347 subs and drawing polygons
Most informative tutorial I've seen on squaring the circle! Never imagined throwin the pentagon in there! Nice pic you made of it!
Great video. If you draw the circle, find perpendicular diameters, draw four more circles centered on these diameters' endpoints, and connect those vesica pecis looking shapes extending beyond the first circle, you get the square containing the first circle, which touches this square at the midpoints of its sides. All of which you do in your video..But to square the circle for area instead of equal perimeter, draw the diagonals of the square. Where they touch the first circle, connect these adjacent points for a second square, inside the first circle and with its sides parallel to the larger square. Somewhere between these two squares is a third square with the same area as the circle. I don't know how to finish proving it.
Thank you for the inspiration!
Keep em coming bro. Show more tutorials and enlight us.
I freaking love Sacred Geometry beautiful!!!!
Thank you so much
why the inverted colors in the thumbnail?
Yeah the correct ratio of circumference divided by diameter of a circle is 4/sqrt(golden ratio).
16 = golden ratio × "golden pi" ^2
There are 6 regular platonic 4D polytopes and 10 regular 4D star polytopes.
An icosahedron has 6 axes based on the 6 longest diagonals. A dodecahedron has 10 axes based on the longest diagonals. Pentakis dodecahedron has 16 axes based on the longest diagonals.
Stellated truncated icosahedron has 32 star vertices, 16 axes.
Flower of life is 2D representation of 64 grid tetrahedron or 8 merkaba.
16
16+16
16+16+16+16
Edward leedskalnin's magnetic flywheel has 16 poles.
The elites are very obsessed with black cube and the tesseract.
The tesseract has 16 vertices. The hyperoctahedron has 16 tetrahedrons.
The elites use base 16 math on the internet.
16 is also when the perimeter of the square is equal to the area of the square.
"Golden pi" or "Jain's pi" = 4/sqrt(golden ratio)
When the perimeter of the square = 16,
Rectified circle has a diameter of 4 × sqrt(golden ratio).
Root of x^4 + 16x^2 - 16^2 = 4/sqrt(golden ratio).
Root of x^4 - 16x^2 - 16^2 = 4 × sqrt(golden ratio).
This is impossible because the saying is actually an allegory. Another way is straightening out your S curve curse from an S into an N. Or Z.
Mate, it’s Kenny from Southpark…
Look for Samuel Laboy. Look for the Perfect Symbol.
Have got proof squaring the circle on me chanel
That's not how you square the circle properly actually. What you want is construct the phi circle using the sqrt5/2 circle. THEN you construct the sqrt phi circle. THEN sqrt sqrt phi circle.
You just drew the universe.