Some new observations on our Solar System at Giza

[Don Barone]

Sorry errors discovered

[Don Barone]

Hi all

Here is part of the image I had posted.

I am going to attack this problem of disbelief by sticking solely with The Solar System and the ratios I have discovered there. I will then return and do the same for The Giza Plateau, and then finally I will make a listing of the similarities.

Image 01:

Okay next posting we will start with our Solar System and the simple ratios it contains.

Cheers

db

[Don Barone]

Okay allow me to introduce you to our solar system and give you their statistics, mainly their semi major axis'.

Mercury = 57,909,050 km

Venus = 108,208,000 km

Earth = 149,598,023 km

Mars = 227,939,366 km

Ceres = 414,001,000 km NOTE: This website has it at 413 910 000 km but it was last updated June of 2013, 10 years ago. The latest from NASA when the spacecraft returned was 414,001,000 km

Jupiter = 778,479,000 km

Saturn = 1,433,530,000 km

Uranus = 2,870,972,000 km

Neptune = 4,504,000,000 km

Pluto = 5,906,376,272 km

What I will do next is see what relationships I can find using the simple square roots such as sq rt of 2, sq rt of 3, sq rt of 5, sq rt of 6 and sq rt of 7. I will also introduce Pi  but strangely a number that will be missing from the equations but will be probably be, along with sq rt of 3, the most important number we can have is ... Phi !

As I have tried to emphasize for over the past 23 years it is all about ratios. Finding the ratios and how they fit our set of numbers is the secret.

Cheers

db

[Don Barone]

Okay let's start simple

Mercury is 57,909,050 km from The Sun on average and Venus is 108,208,000 km from our sun.

The ratio between them and their distance from the Sun is simply 108,208,000 / 57,909,050 and we get  1.8685853075. This simply means that Mercury's distance divides into Venus' distance 1.8685853075 times and thus we can simply state it as 1.86853075 to 1

Now I can't go into it here but suffice it to say that I made the remarkable breakthrough when I discovered that 1/2 of the sq rt of 3 divided into Phi gave us ... well let's do the math.

Sq rt of 3 = 1.73205080756888

1/2 of this is 0.86602540387844

Phi is (sine of 18 degrees x 2) + 1 or  1.61803398874989

Thus we want to divide 1.61803398874989 by 0.866025403874

and we get the answer of 1.868344717925

Thus if we use these instead of the actual ratio we get 57,909,050 x 1.868344717925 and we get what should be the semi major axis of Venus. What we get is 108,194,068

Thus substituting 1/2 sq rt of 3 and Phi we get a number that is 108194068 / 10820800 or 0.99987 correct or 99.99 % accurate.

For me it is a lot easier remembering Phi / 1/2 sq rt of 3 than 108208000 / 57909050

Cheers

db

[Don Barone]

Hi all. Well unfortunately I am having very little luck keeping them separate (Giza and just math) as they are such an integral part of each other.

However I have come to the conclusion that when it comes to our solar system the best triangle to use is √2 and √3 and √5.

To give you an idea of how important they are to each other I am going to post two images.

The first will be with The Giza Pyramids showing and the next will be just the √2 and √3 and √5 right angled triangle to emphasize that this can all be calculated from that geometrical triangle.

Enjoy.

... and The Solar System √2 and √3 and √5 right angled triangle

Really quite amazing ... AND SIMPLE !!!!!

Not much to say after this.

Cheers

db

[Don Barone]

Not quite as accurate but still pretty simple for a rough drawing, should the need arise.

Cheers

db

[Don Barone]

Hi all. Well I am not having much luck staying away from Giza and so I will post these two new images. I hope you enjoy them.


And by the way you are allowed to offer comments so let me know what you think.

And number 2

Cheers

db

[Don Barone]

An interesting new observation.

Cheers

db