Post by Don Barone on Jun 21, 2015 13:03:39 GMT -5
Hi all and happy Summer Solstice to you.
I was over on another forum, Godlike Productions, and although they tend to be a bit over the top conspiracy minded today someone had posted a thought of where The Phi length of a day would be found. That is where or at what latitude the length of day would be 24 / 1.618034 or 14.8328 hrs or 14 hours 49 minutes and 58.13 seconds (assuming a 24 hour day and ignoring the fact that it is not quite 24 hours in a day) I first thought that it was ... well let me post my original post from Facebook:
To those who have been to Stonehenge and have wondered about The Great Pyramid I would like to offer this. On another board I am on they were wondering where on the planet, for example at what Latitude would the length of day equal The Phi Value of 1.6180334 on The Summers Solstice so here is my calculations. It was a very neat discovery about where on our planet this would occur.
Phi = 1.6180334
24 / 1.6180334 = 14.8328 hrs = 14hrs 49.968 minutes
[(EDIT) I first thought it would be 90 / Phi or 55.6231 with the balance of 34.3769 for the Phi point latitude so I went off searching on Google Earth and then found a very good sight that gave me the answers I was looking for.]
90 / 1.6180334 = 55.6231
Baal = 90 - 55.6231 = 34.3769 degree latitude
HOWEVER we have to consider this:
The summer solstice occurs when the sun is directly over the Tropic of Cancer, which is located at 23.5° latitude North, and runs through Mexico, the Bahamas, Egypt, Saudi Arabia, India, and southern China. The sun will be directly over the Tropic of Cancer at 10:39 am MDT on June 21, 2015. For every place north of the Tropic of Cancer, the sun is at its highest point in the sky and this is the longest day of the year.
June Solstice in Burlington, Ontario, Canada is on
Sunday, June 21, 2015 at 12:39 PM EDT
Sunrise: 5:39 or 5.65 AM
Sunset: 9:03 or 9.05 PM
Total daylight = 15.4 hours or 0.64167
Latitude of Burlington: 43.3250° N,
Position in Chattanooga Latitude about 35.00
Daylight hours = 14h 31m 3s = 14.5175 hours
Oklahoma City June 2015 — Sun in Oklahoma City
Length of day = 14:23:47 - 35°28′56″N 97°32′06″W
Final: Frankfort Kentucky = 14:49:31 = as close to the Phi value of a day as possible.
Latitude of Frankfort Kentucky = 38°12′N 84°52′W
Frankfort, Kentucky
So we can conclude that the value of Phi hours in a day occurs at about 38°12′N ... HOWEVER THIS IS ASTOUNDING WHEN ONE CONSIDERS THAT THE GREAT PYRAMID IS BUILT AT ABOUT AN ANGLE 51.84 AND THUS IS BUT 0.04 AWAY FROM A PERFECT RECIPROCAL MATCH OF 90 - 51.84 = 38.16
Amazing ...
I think it is safe to assume that The Phi Circle is at 38 degrees and about 15 minutes. The reciprocal of this is 90 - 38.15 = 51.85 degrees which is the angle of The Great Pyramid and of course The Phi Angle. Now it is not quite exact so I contend that the perfect alignment would be 51.827 and 38.173 if and when the angle toward our sun is precisely 23.5 degrees ... I really do like order. A random alignment and co-incidence ? Perhaps but it might be something more.
And the highest altitude of the Sun is 75.00 degrees (5/6ths of 90 and vertical) at 1:41 PM this afternoon
Another interesting observation. If we go to 34 degrees to the south the angle of the sun at 140.00 degrees west is 31.71 degrees which gives us tan .6180334 (1 / Phi )
And of equal importance is that in order to figure out the Zenith or highest altitude of The Sun on the Summer's Solstice one simply subtracts 23.5 from 30 to get 6.5. We then subtract that from 90 degrees or directly overhead and we find that at Giza today the sun will reach 83.5 degrees above the horizon.
Nice
I was over on another forum, Godlike Productions, and although they tend to be a bit over the top conspiracy minded today someone had posted a thought of where The Phi length of a day would be found. That is where or at what latitude the length of day would be 24 / 1.618034 or 14.8328 hrs or 14 hours 49 minutes and 58.13 seconds (assuming a 24 hour day and ignoring the fact that it is not quite 24 hours in a day) I first thought that it was ... well let me post my original post from Facebook:
To those who have been to Stonehenge and have wondered about The Great Pyramid I would like to offer this. On another board I am on they were wondering where on the planet, for example at what Latitude would the length of day equal The Phi Value of 1.6180334 on The Summers Solstice so here is my calculations. It was a very neat discovery about where on our planet this would occur.
Phi = 1.6180334
24 / 1.6180334 = 14.8328 hrs = 14hrs 49.968 minutes
[(EDIT) I first thought it would be 90 / Phi or 55.6231 with the balance of 34.3769 for the Phi point latitude so I went off searching on Google Earth and then found a very good sight that gave me the answers I was looking for.]
90 / 1.6180334 = 55.6231
Baal = 90 - 55.6231 = 34.3769 degree latitude
HOWEVER we have to consider this:
The summer solstice occurs when the sun is directly over the Tropic of Cancer, which is located at 23.5° latitude North, and runs through Mexico, the Bahamas, Egypt, Saudi Arabia, India, and southern China. The sun will be directly over the Tropic of Cancer at 10:39 am MDT on June 21, 2015. For every place north of the Tropic of Cancer, the sun is at its highest point in the sky and this is the longest day of the year.
June Solstice in Burlington, Ontario, Canada is on
Sunday, June 21, 2015 at 12:39 PM EDT
Sunrise: 5:39 or 5.65 AM
Sunset: 9:03 or 9.05 PM
Total daylight = 15.4 hours or 0.64167
Latitude of Burlington: 43.3250° N,
Position in Chattanooga Latitude about 35.00
Daylight hours = 14h 31m 3s = 14.5175 hours
Oklahoma City June 2015 — Sun in Oklahoma City
Length of day = 14:23:47 - 35°28′56″N 97°32′06″W
Final: Frankfort Kentucky = 14:49:31 = as close to the Phi value of a day as possible.
Latitude of Frankfort Kentucky = 38°12′N 84°52′W
Frankfort, Kentucky
So we can conclude that the value of Phi hours in a day occurs at about 38°12′N ... HOWEVER THIS IS ASTOUNDING WHEN ONE CONSIDERS THAT THE GREAT PYRAMID IS BUILT AT ABOUT AN ANGLE 51.84 AND THUS IS BUT 0.04 AWAY FROM A PERFECT RECIPROCAL MATCH OF 90 - 51.84 = 38.16
Amazing ...
I think it is safe to assume that The Phi Circle is at 38 degrees and about 15 minutes. The reciprocal of this is 90 - 38.15 = 51.85 degrees which is the angle of The Great Pyramid and of course The Phi Angle. Now it is not quite exact so I contend that the perfect alignment would be 51.827 and 38.173 if and when the angle toward our sun is precisely 23.5 degrees ... I really do like order. A random alignment and co-incidence ? Perhaps but it might be something more.
And the highest altitude of the Sun is 75.00 degrees (5/6ths of 90 and vertical) at 1:41 PM this afternoon
Another interesting observation. If we go to 34 degrees to the south the angle of the sun at 140.00 degrees west is 31.71 degrees which gives us tan .6180334 (1 / Phi )
And of equal importance is that in order to figure out the Zenith or highest altitude of The Sun on the Summer's Solstice one simply subtracts 23.5 from 30 to get 6.5. We then subtract that from 90 degrees or directly overhead and we find that at Giza today the sun will reach 83.5 degrees above the horizon.
Nice