Tomb of Ramesses II Ramesses II, also known as Ramesses the Great, was buried in Tomb KV7, located in the Valley of the Kings, Egypt. He was the son of Seti I and Tuya and reigned from 1279 to 1213 BCE. He constructed monuments at Abu Simbel, Abydos, Rame sseum, L uxor, a nd Karnak. Coordinates 25.740776,32.601625 Description Current measurements divide the tomb into three levels: level 1, the entrance corridor; level 2, the pillared chamber; and level 3, the burial chamber and rooms. 3D mapping of the tomb enables measurements to be taken. Measurements Entrance corridor; 22.90m by 2.61m /44 by 5 cubits Floor area: 220 sq cubits Opening in corridor 8.35m by 8.35m by 3.7m Floor area: 70 sq m² Volume: 259m³/1795 cubit³ Room off corridor 7.85×8.48×3.10 m Floor area: 66.50 sq m Volume: 206.4 m³/1442.5 cubit³ Room off corridor (2) 5.38×3.30×2.63 m Floor area: 46.7 sq m Volume 46.7 m³/326.4 cubit³ End of corridor 6.3×5.72×2.82 Floor area: 36 sq m Volume: 101.6 m³/7...
Hurlers Stone Circles
The Hurlers Stone Circles are a group of three stone circles in the civil parish of St Cleer, Cornwall, UK.
The name "Hurlers" derives from a legend, in which men were playing Cornish hurling on a Sunday and were magically transformed into stones as punishment. The "Pipers" are supposed to be the figures of two men who played tunes on a Sunday and suffered the same fate. According to another legend, it is impossible to accurately count the number of standing stones.
(The Pipers stones are not The Pipers St Buryan and are not included).
Ralegh Radford excavated the site in the 1930s and partly restored the two northern circles by re-erecting some stones and placing marker stones in the positions of those missing.
The use of the marker stones, if any in the 2nd circle, are not used, or do they adjust any of the measurements.
Circles
There are three circles at this location, along with the piper stones. The following is in regards to the 2nd circle, which is 106.4ft wide along the horizontal.
2nd Circle
There are 26 stones, of which 23 are on the circumference,
11 standing stones,
8 small markers stones,
5 part buried stones and
2 part buried stones inside the circle.
One of these part buried stones inside the circle aligns with two small marker stones at an angle of 70°. This splits the circle in half towards the northeast.
The other part buried stone inside aligns with the part buried stones on the circumference, which are mostly towards the north at the following angles.
22°,38°,57°,72° and 90°.
These angles are then used clockwise with the following being produced and possible meaning.
22°
2,1,1,1,2,1,1,1,1,1,1,1,1,1
38°
1,1,1,1,2,1,1,1,2,1,1,1,1,1,1
57°
1,1,1,2,1,1,2,1,1,1,2,1,2
72°
2,3,1,2,1,1,1,1,1,1,1,1,1
Possible interpretation.
22°
2׳√(2)=2.5198420998
38°
³√(2)׳√(2)=1.587401052
57°
³√(2112)׳√(212)=76.5026698201
72°
2312
Dividing from 2312 as it is the only whole number from each of the other angles 22,38, and 57.
22=917.5
38=1456.5
57=30.22
Primer
Assuming that the last stone is added, then it equals 92.22° at 2.22° or 92 as a primer.
When using the 92° then the following are produced, they give details of using 1,1 as root and 1,1,1 as cubed root along with a number 212.
1,1,3,1,1,1,1,1,1,1,2,1,2
If
√ is 3 ³√ = √×√ = 212
If the above is only a primer, then it gives 212, but as a cubed root equals 5.96273, it is possible that all locations with a '212' are replaced with it.
Below, both 5.96273 and 212 are used, and two possibilities are deduced as days, hours, seconds, and hours, minutes, and seconds.
Putting in above with 5.962
22°=23.850
38°=142.216
57°=15,919,167.367
Putting in above with 212
22°=848
38°=179,776
57°=20,123,406,336
Days - 2.32
Hours - 20.50
Seconds - 0.504 years
Or
Hours or by 360 - 35.33/2.35
Minutes - 124.84
Seconds - 637.67 years
Solar Eclipse
The 92° as a primer could then be 1st April. It is the 92nd day this year, 2020, because it is a leap year and for 637 bc as it is also a leap year.
1,1,3,1,1,1,1,1,1,1,2,1,2
If
√ is 3 ³√ = √×√ = 212
If the above is only a primer, then it gives 212, but as a cubed root equals 5.96273, it is possible that all locations with a '212' are replaced with it.
Below, both 5.96273 and 212 are used, and two possibilities are deduced as days, hours, seconds, and hours, minutes, and seconds.
Putting in above with 5.962
22°=23.850
38°=142.216
57°=15,919,167.367
Putting in above with 212
22°=848
38°=179,776
57°=20,123,406,336
Days - 2.32
Hours - 20.50
Seconds - 0.504 years
Or
Hours or by 360 - 35.33/2.35
Minutes - 124.84
Seconds - 637.67 years
Solar Eclipse
A solar eclipse occurred on the 1st of April 637 bc with the following details.
Max at 01:19:52
Duration 2mins 21secs
Location 50.9° N, 158.3° E
(50.9,158.3)
Assuming that the 70° direction is 12 o'clock, then at an angle of 114° clockwise aligns the two inner stones with 70° giving 1hr 19mins.
The two largest stones align at 21° and this could give the 2mins 21secs.
Again, using the 70° direction, the 50.9° latitude clockwise aligns at the 2nd stone from the smaller part buried stone, and the 158.3° longitude anti-clockwise aligns with the first stone but is measured from the opposite direction.
This measurement for the longitude at 158.3° is possible, but there is also an alignment of 148.3° with the 2nd stone and so giving a longitude measurement, which could be considered as Denmark.
Max at 01:19:52
Duration 2mins 21secs
Location 50.9° N, 158.3° E
(50.9,158.3)
Assuming that the 70° direction is 12 o'clock, then at an angle of 114° clockwise aligns the two inner stones with 70° giving 1hr 19mins.
The two largest stones align at 21° and this could give the 2mins 21secs.
Again, using the 70° direction, the 50.9° latitude clockwise aligns at the 2nd stone from the smaller part buried stone, and the 158.3° longitude anti-clockwise aligns with the first stone but is measured from the opposite direction.
This measurement for the longitude at 158.3° is possible, but there is also an alignment of 148.3° with the 2nd stone and so giving a longitude measurement, which could be considered as Denmark.
The 92° as a primer could then be 1st April. It is the 92nd day this year, 2020, because it is a leap year and for 637 bc as it is also a leap year.
(The 158.3° is probably correct as no monuments have been shown to align from Denmark. It is also probable that this monument was back dated so as to appear that the use of hours/minutes/seconds derived from the British Isles and not from Greece)
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