The Golden Ratio to find slope angle for the Great Pyramid, Squaring the Circle, & Earth Moon ratio

The slope angle of 51 degrees 50" can be found using the geometry of the Golden Ratio rectangle. The base of the Great Pyramid compared to its height also squares the circle with a 99.99% level of accuracy. We also find the size ratio between the Earth and Moon within the geometry of the Pyramid.

[DystopiaFatigue]

This proves that the ancient Egyptians didn't go to public school.

[Pointclothing]

amazing vid mate! your compass skills are on point and you manage to put a camera where your head should be.

[chixenlegjo]

Yes, the golden ratio pops up everywhere, but that’s not related to the universe at all. It’s just euclidean geometry. It’s the ratio of a diagonal of a regular pentagon to its side length. ~51.5° isn’t that special, either. You can make any arbitrary angle by putting stuff together. 54° is more important to the golden ratio anyway, so why wouldn’t they use that if it was intentional?

[jacobhatty]

You are the man. I've been following you for a while now. Love all the stuff you do.

[danceswithaardvarks]

Fascinating. I' had been pondering turning a pyramid out of wood and this gives me all of the information I need.

[blankearth]

This is exactly what Leonardo did with his Vitruvian man, all you have to do is put a smaller circle (the moon) in between the top of the square (also above the male figure’s head) and the top edge of the outer circle and there you go, the circle squared

[kickinghorse]

I'm so grateful folks (like you) are posting about the geometries of great pyramid.
I do have a question.
My understanding is that the slope angle at the center of each face of the great pyramid is 51° 50+/-1' (and therefore closer to 51.85° as opposed to 51.5°).
Where does the 51.5° figure come from?
(I've even seen PBS quote this figure. But it doesn't match the actual measurements by Cole or Petrie. Could it be just a simple overlooking the minutes and substituting degrees?)
Thanks!

[davidjennings]

I am curious as to whether or not you could find the Earth-Moon distance incorporated in the geometry as

[etherico]

The moon on top of the earth reminds me of the Mandelbrot set. Not exact but similar

[PiXie]

Wow.. every time you draw one of these, you blow my mind. Amazing.. and beautiful.
Edit.. oh that’s just so crazy the more I watch it!! It’s absolutely fascinating that whoever the original people were who constructed the pyramids knew this in such intricate mathematical detail, 8-10, 000+ years ago at least.. It’s really amazing to think about.

[ansonpinto]

Hey man I love the work. Could you please make a video on its detailed construction?...I would love to be able to learn it👍

[crazyphantom]

Do these tools help alot when piecing the past together?

[TdfJNR]

This is the stuff people should learn about in schools.

[tavian]

Bro u take geometry to a whole different level

[Thanos_Jax]

When I was 20yo (now 23), I made a hypothesis that the Egyptian Kings probably made a bet about whether the earth is round or flat by building the Pyramid using this ancient golden ratio.

Whether my hypothesis can be proven or not, I am still wondering is the Golden Ratio the reason why the Pyramids is almost perfectly aligned with the Magnetic North?
🥶🥶

[johnsmoak]

The divine riteousness with which you trace is something I have seen few other humans embody. It isn't hubris, but it's damn next door.
Godspeed and more please 🙏

[wudubwarrior]

I wonder if to scale, the seccond ring point for the moon around the circumference of the earth was somehow relatable mathematically to the orbit of the moon.

[sarah-jaynemcdonald]

What do ypu think of Terrence Howard's interpretation of the flower of life?

[Ocavious]

And wouldn't where the square intersects with the top portion of the pyramid be the size of the cap stone 🤔

[frigoff]

Do you have a long form version of this drawing? I having trouble following when it goes so fast. Great work!