DISTANCE OF THE EARTH FROM THE SUN ENCODED IN THE HEIGHT OF THE PYRAMID

The average distance of the Earth from the Sun is 149,597,870 km and this distance is defined as one astronomical unit (1 AJ, English: 1 AU):

a) 149,597,870 km = radius of the mean Earth's orbit around the Sun (red circle in the picture);
b) 149,597,870 x 2 = 299,195,740 km diameter of the mean Earth's orbit;
c) 299,195,740 x 3.14159 = 939,950,344.8 km = length of the mean Earth's orbit.

To travel 939,950,344.8 km in a tropical year of 365,242 days, the Earth travels at a speed of 29.78588146 km/s (km per second).

The original height of the Pyramid is 5813.011885 inches. If we take one hundredth of this number symbolically as the number of days, it becomes the ratio of length, speed and time of the average distance of the Earth from the Sun:

149,597,870 : 58.13011885 = 2,573,500.157 km.

For something to travel 2,573,500.157 km in 24 hours (1 day), it must travel 29.78588145 km/s and it would take 58.13011885 days to get from the Earth to the Sun at that speed. This is the same speed at which the Earth completes its orbit around the Sun in 365.242 days of one year.

Here is the ratio of one year to its 58.13011885 days:

a) 365.242 : 58.13011885 = 6.28318 = 2 Pi = 2 x 3.14159 days,

b) 58.13011885 x 2 = 116.2602377 days = the dia-meter in days of the Earth's tropical year with 365.242 days (from one winter solstice to the next).

Conclusion: traveling at a speed of 29.78588145 km/s in 58.13011885 days, the Earth covers 149,597,870 km of its orbit, which is also the mean distance of the Earth from the Sun = 1 astronomical unit (1 AU):

a) 1 AU = 149,597,870 km,
b) speed of the Earth around the Sun = 29.78588145 km/s.

P.S. Everything I write about the Great Pyramid is my own discovery and my copyright.

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