Coefficient 3.14 in the Great Pyramid

Kerroin 3,14 suuressa pyramidissa

Did people before ancient times know the ratio 3.14?

From that time, the Great Pyramid of Giza, also known as the Pyramid of Khufu, can be calculated. This topic has been chosen because it is commonly said that the Bible recognizes the value of pi as three. The basis of EP Calculation falls short if this cannot be proven far back into antiquity. A physicist would first draw a circle to investigate the matter. In this case, I am including the examination of the pyramid.

Width 440 cubits - Height 280 cubits

440 x 0.5235023 m = 230.34 m - 280 x 0.5235023 m = 146.58 m

The solution is no different from product design in mechanical engineering, where the problem is examined in sequence. With my experience in designing over a thousand products and to prove the principle of ratio calculation, antiquity governed things that we do not always believe. Ratio calculation is a powerful tool by which to prove the course of history and the formation of values unidentified in our time. The following examination demonstrates this inexorably, how the course of history has been wrongly told. This contradicts the chronological model as the sequence of events. Even when we are forcibly subjected to this, the scientific dictatorship of America as a falsifier of science is unable to change it.

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thesis - antithesis - synthesis

Thesis: At least 5000-6000 years ago, pi (3.14) was known as a mathematical concept

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Antithesis: At that time, the concept of pi (3.14) was unknown, as writing, as we understand it, was not established scientifically. Written forms consisted not of sentences, but of individual words and hieroglyphs.

Pictograms: The first known forms of writing were pictograms, such as the hieroglyphs of ancient Egypt and the cuneiform script used by the Sumerians of Mesopotamia.

Hieroglyphs and Cuneiform: Hieroglyphs were initially used by the priesthood and government in Egypt around 3200 BCE. Cuneiform, on the other hand, developed in Mesopotamia around 3000 BCE.

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Synthesis: Let’s consider the mentioned Great Pyramid as perhaps the only mathematical structure of that time. At least to the extent that the structure represents.

1. The first standard structure in history. Standardization requires mathematics that supports knowledge of pi (3.14). The scientific books of all nations contain, to some extent, an account of the Great Pyramid similar to the following:

"Standards have already been used in the Pyramid of Cheops 4,500 years ago. (Yrjölä 1990, 8)"

2.  440 cubits / 280 cubits = 1.57   =>  2 x 1.57 = 3.14 = pi

3. The length of the stadiom, which is equivalent to our kilometer, was 157 meters. This is measured in the SI unit of measurement, the meter. 1.57 x 100 meters = 1.57 => 2 x 1.57 = 3.14 = pi

4.  The The Ancient Egyptian Royal Cubit was 0,5235 m.

5.  The mathematics of antiquity was the mathematics of the quarter circle, just as our mathematics is in the SI system. I will explain this further in a subsequent examination. In antiquity, angles were defined in radians and degrees, just as we do in our time.

4 x 1.57 radiaania = 6.28 radiaania

6.228 / 2 = 3.14

6. The following examination is indirect. If, 8000 years before our era, men in spacesuits were known, why wouldn't the ratio of the circumference of a circle to its diameter have been known thousands of years later? As an example, 300,000 rock carvings in Val Camonica.

Val Camonica men in space suits

Over 140,000 figures and symbols have been cataloged, with estimates suggesting the total number could be between 200,000 and 300,000. Most of the engravings were made using a technique called "martellina," which involves chipping away at the rock surface with a small hammer. Above is a cave painting from around 8000 BC in Val Camonica, Italy.

7. The row coefficient of Pascal's triangle in ancient mathematics was 1.1

The passage to the Gueen's chamber is 1.1 m (3'8") high.

1.1¹² = 3.14
5 x 3.14 = 15.7

8. In ancient times, zero was known as a number in arithmetic and as a number 6000-8000 years before the Europeans. From this it is concluded that pi (3.14) was also known. This even on both sides of the Atlantic Ocean. Apparently there was no separate symbol for pi, but the calculation presented here later shows this and much more. Attached is a picture of Mayan numbers.

9. The ancient measure of length was the Egyptian royal cubit, 0.523 m. The same unit of measurement was used on both sides of the Atlantic Ocean. This also means that the golden ratio was known thousands of years before us. Egypt did not exist in the form we know it at that time.

(2 x 1.618) x 1.618 = 5.235(8)

10. How many of us today know the power of using the value of pi as a power notation in calculation, which was prevalent in antiquity? I will demonstrate this with the following example. The ancient stadion was 157 meters long. Pythagoras spent 15 years in Egypt, where he adopted the pentagram as the symbol of his secret society, representing the number five

                                                          5^π m = 157 m

                           1 x 8 + 1 = 9
                         12 x 8 + 2 = 98
                       123 x 8 + 3 = 987
                     1234 x 8 + 4 = 9876
                   12345 x 8 + 5 = 98765
                 123456 x 8 + 6 = 987654
               1234567 x 8 + 7 = 9876543
             12345678 x 8 + 8 = 98765432
           123456789 x 8 + 9 = 987654321
          1 /0,523502332^32 = 987654321

11. If distant antiquity mastered the mathematical length of the cubit, then the era also mastered the value of pi, which, according to the Bible, was not known until 1400 BC. The Old Testament was written at that time, as far as we know.

12. "The natural number e (Euler's number) is important in mathematics and natural sciences. It is an irrational number, and its value is approximately 2.71828. Euler's number often appears in natural logarithms and exponential growth."

1.618 + 1.1 = 2.718

Golden ratio + Pascal's triangle row coefficient = Euler's number

13. Ancient Egyptian Royal cubit was 0,5235023 m. The height of the Great pyramid in Egypt is 246,58 m. Width 440 cubits and height 250 cubits.

1.1^52.33 m = 146.58 m

280 x 0.5235023 m = 146.58 m

I conclude the examination here. Distant antiquity knew the value of pi (3.14), even though in later times it was not so. Here, for instance, mentioning Archimedes' examination of pi (3.14) and the calculation of the volumes of a cylinder and a sphere. He would have only needed to know the length of a cubit.

P.S.     Four dimensional world = 4d world     1.03 - 1.06 - 1.12 - 1.25

                     1.12⁴ = 1.57

                                   2 x 1,54 = π