ERRORS IN THE SPEED OF LIGHT CALCULATION AND THE REAL MIRACLE

Today, the speed of light is 30 times the distance from the polar point to the equator in 1 second. (29,9792458)

As you can see, it’s not exactly 30 by a slight margin. Many people I meet are surprised that the distance the light takes in a second is so close to 300,000 km in the metric system (seven out of ten thousand).

Scientists who do not believe in the intelligent Universe system that was designed say that it is not entirely an expression in the decimal number system, taking advantage of that tiny difference and saying that it is a fortuitous approach. To them, if it were exactly 300,000 times of the metric system, it could be a new and powerful proof; for the theory of the designed earth and universe. Now, I want to show you the errors in the measurements made in the metric and second system, and show you that we are actually living in a system that is perfectly designed. I tried to make my calculations as simple as possible to present to you.

Below you will see calculations that are perhaps more complex than many others. In a nutshell, there are two situations.

  1. When the meter is determined based on the polar circumference of the Earth;

In 19 years,

The speed of light will be exactly 300,000 km/sec. In other words, the absolute values of the design of the world and the universe have a perfect synchronization in the system of numbers of tens.

  1. When the meter is determined based on the equatorial environment;
    In 1482, the Earth was literally in sync with the speed of light.

My comment:

Many miracles in the scriptures were made in anticipation of the longitude that passed through England and France; that is, the common acceptance of the present day; the starting point. Again, based on this longitude, the circumference of the earth should be measured and the meter should be calculated accordingly. (The holy books predicted this) but the points that do not match the universal criteria are human error. The circumference of the Earth and the lengths of seconds were measured incorrectly. When we correct them 2037-1482=555

We see that we are in a very special period of 555 years, and that the world has achieved 300,000 synchronizations of its surroundings with the speed of light for the first time during the entire time it was created.

(In 1482 1st synchronization – In 2038 2nd and the last synchronization.

How was the meter determined?

May 30, 1791 – the French National Assembly accepts the proposal of the French Academy of Sciences as the new definition of the metre. According to this proposal, 1 meter is one-quarter of the length of the meridian that passes through Paris, 10 millionths of it. In this case, the Earth’s circumference from the Poles should have been exactly 40,000 km. But over time the measurement systems developed and they saw that both each meridian had different dimensions with small differences and that the meridian of France was 7 km missing. So by a margin of about 2 in ten thousand.

But the meter measure remained unchanged as it became standard all over the world. The metal bars, called 1 meter, which were distributed around the world in the 1800s, have continued to be used as an invariable standard until today. Over time the metal rod is replaced by the same length of laser, light etc. they’ve clarified it with a complex electronic system. This length, however, was not an updated length; it was based on the old and erroneous measurement. It seems impossible to fix even today. The measures, tapelines and official documents all over the world need to be updated so that people continued to use the measure as standard, which had the smallest error of the former, to avoid dealing with it.

How the seconds were determined?

A day of a tour of the world around itself was divided into 86400 equal parts. Atomic clocks and complex measurement systems were used to calculate the Earth’s rotation period, and the first sharp second measurement could be determined by an atomic clock discovered in 1949. In 1967, this period was considered 1 second of the time that 133 atoms of caesium produced a vibration of 9,192,631,770 times.

In the following years, they discovered that the Earth’s rotation period around itself grew longer, meaning that 1 second went to a longer time span.

Every second in 100 years, grew by 5,55 to ten thousand. Of course, this is a very small amount of clock speeds did not need to be updated constantly. However, when calculating the path of the speed of light in 1 second, small differences would have a significant variability and would have led to a shift in the thin calculations.

 

DETAILS ON CALCULATIONS

  1. POLE-BASED MEASUREMENT

Error In Light Speed Calculation

300000-299792,458=207,542

207,542/300000=0,0006918 (seven in ten thousand)

Error in calculating the meter

40007,86-40000=7,86 km

7,86/40000=0,0001965  (two in ten thousand)

(Measurement work completed between 1949 and 1967)

 

Year needed for Synchrony

Deviation in the speed of light – deviation in the metric system

0,0006918 – 0,0001965=0,0004953 (five in ten thousand)

There is a difference of five to ten thousand compared to the adjusted metric system.

Since seconds are not a fixed period and are constantly extended, a count is needed.

 

Correction in calculation of 1 second (for 2019)

Every second in 100 years, it grows at a rate of 5.55 per ten thousand.

It takes 89,2432 years for a ten-thousandth fiver increase.

1949 (second detection year)+89=

2038 (Average Year Of Synchrony)

 

 

  • EQUATORIAL-BASED MEASUREMENT

 

Error In Light Speed Calculation

300000-299792,458=207,542

207,542/300000=0,0006918 (7 in ten thousand)

 

Error in calculating the meter

40075,017-40000=75,017 km

75,017/40000=0,001875425  (average + two in one thousand)

(Measurement work completed between 1949 and 1967)

 

Year needed for synchronous (total deviation)

Deviation in the speed of light – deviation in the metric system

0,0006918 + 0,001875425=0,002567225 (25 in ten thousand)

Correction in the calculation of 1 second (according to 1949)

Every second in 100 years, it grows at a rate of 5.55 per ten thousand.

0,002567225/0,00055=4,667681818

100X4,6676=466,76 years ago (from measurement)

1949-466,76=1482,24

1482 (Average Year Of Synchrony)

 

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