An odd arrangement is seen in G1’s offset of 1 ¼ minutes from 30o latitude when presented in a simple fraction of minutes to degrees: 1/1440. This has 17,280 of those units for 360o of our planet’s circumference, or 48 per degree, but 48 what besides ‘1 ¼ arc-minutes’? Is it in the sum of 1440 and 17,280? 24,883,200...if this is the value in Earth’s measure, then 1 unit is a thousandth our mile and has its own term, but I’m not sure what to call 63.36”.
It is 0.88 of 72”, and 3 2/3 x 17.28, and uses 144 of it for the south socket-side of Khufu’s pyramid. 3 2/3 divided by 144 = c. 0.0254.
1440 of it (1.44 miles) x 48 = 1o of land and the identity of our initial unit.
The initial unit has subsequent units, now observing 1440 x 1440 x 12 (x 63.36”) = Earth.
The above can only begin with the pyramid’s offset from 30o, meaning degrees, minutes and seconds exist, and of course, there are 1440 minutes of time in one day, so hours, minutes and seconds also exist.
I mention all this because of shadow-play upon the Giza plateau and the ratio of shadow lengths from a staff/gnomon, as previously identified. I’ve played with variations of the above and cannot at all offer up any other versions where 24,883.2 mile, or any other neat sum, does better, especially using any other measure of Khufu’s pyramid.
If that unit-number is a shadow-length according to the Giza plateau, it currently occurs on Feb 18, 59 days after the winter solstice at our current obliquity. It is possible 63.36” shadow from a 72” staff occurred 60 days later on Feb 19 or its equivalent after the winter solstice. A fraction of a degree adjustment to obliquity would find the extra day, or a slightly altered orbit speed which would find 366 2/3 rotations of Earth during 1 year of orbit. That 3 2/3 further above becomes important then, as a hundredth of rotations maybe.
Am I missing something in the math of this? Yes, it identifies 63.36” as a specific unit of measure, but I’m not sure if it is valid despite the math identifying it. Any thoughts would be greatly appreciated...especially if a cubit rod or three is found from it…
Cheers
It is 0.88 of 72”, and 3 2/3 x 17.28, and uses 144 of it for the south socket-side of Khufu’s pyramid. 3 2/3 divided by 144 = c. 0.0254.
1440 of it (1.44 miles) x 48 = 1o of land and the identity of our initial unit.
The initial unit has subsequent units, now observing 1440 x 1440 x 12 (x 63.36”) = Earth.
The above can only begin with the pyramid’s offset from 30o, meaning degrees, minutes and seconds exist, and of course, there are 1440 minutes of time in one day, so hours, minutes and seconds also exist.
I mention all this because of shadow-play upon the Giza plateau and the ratio of shadow lengths from a staff/gnomon, as previously identified. I’ve played with variations of the above and cannot at all offer up any other versions where 24,883.2 mile, or any other neat sum, does better, especially using any other measure of Khufu’s pyramid.
If that unit-number is a shadow-length according to the Giza plateau, it currently occurs on Feb 18, 59 days after the winter solstice at our current obliquity. It is possible 63.36” shadow from a 72” staff occurred 60 days later on Feb 19 or its equivalent after the winter solstice. A fraction of a degree adjustment to obliquity would find the extra day, or a slightly altered orbit speed which would find 366 2/3 rotations of Earth during 1 year of orbit. That 3 2/3 further above becomes important then, as a hundredth of rotations maybe.
Am I missing something in the math of this? Yes, it identifies 63.36” as a specific unit of measure, but I’m not sure if it is valid despite the math identifying it. Any thoughts would be greatly appreciated...especially if a cubit rod or three is found from it…
Cheers