Okay first thing we will look at is the latitude that Stonehenge is built on ... 51°10′43.84″N ... this translates to 51.1788444°N
Now this is situated on our globe and is in the northern quadrant so is part of 90° so to find it's position out of this 90 we would simply divide by 90 and we get 0.568654 and multiply by 10,000 and we get 5686.54 and possible base of Pyramid at Meidum. If we take the reciprocal we get 1.75854 and if we multiply by 1000 we get 1758.54 and times 20.62 gives us 36261.08 and divide by 4 equals 9065.3 . Cole got 9065.1 for the north side of The Great Pyramid ...
Okay here is a map of Stonehenge ...
Now I don't know a lot about Stonehenge but right away I noticed two black markers of sorts so I thought ... well hold on that is not correct. The first thing I did was count the "holes" and here is the result ...
and then this one:
Then as I started to say before I noticed two black markers and so did the logical thing I joined them with a line ...
This surprisingly split the white markers in half 28 on each side ... 28 hmm where have we run into that number before ?
I also noticed that there were 10 white markers stage left of the entrance and 18 white markers stage right (that is opposite to how we are viewing it)
So we have 10, 18, and 28 and any ratios they may complete for us .Example 10/18 = 5/9ths or 0.5555555 and 28/18 = 1.5555 a number we ran into at Meidum. And my favorite ... 10/28 = 0.357142857 and times 100,000 gives us the number of inches at Giza on the vertical 35,714.3
But as I always do whenever I see an angled line I finish the triangle and so it was I did this ...
And as always I measured the sides ... best I could do was blow it up and then measure it ... This what I got .... 332 pixels for the green side and 172 pixels for the blue side as shown ...
I felt certain it was going to be in the 1 to 2 ratio but it wasn't.
Now thanks to geometry when we have the sides of a right angled triangle we can easily figure out the angles and we get for this triangle. For this triangle we get 172 / 328 and we get 0.52439 or an angle of 27.6721° and 62.3279° ... as a check I got a protractor out to try to double check the angles ...
and the check as you can see it is about just past midway of 27 and 28 degrees so the pixels were reasonable accurate.
So what is this all about. Well there is anotehr way to put down ratios ... it is by showing an angle ... so were this angle to be ... 27.94 and 62.36 we would find that the tan of 62.36008 is 1.9095820636 and as a reciprocal is 0.523674797 and plus 1 we get 1.523674797 multiplied by semi major axis of Earth we get 149598261 x 1.523674797 gives us 227,939,100 ... so the angle that defines the tan for the calculation of the semi major axis of Earth and Mars is found at Stonehenge ...
Well it's a start ...
regards
Don Barone
