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Gravitational Constant in Pascal's Triangle 1.   Gravitational Constant

Gravitational Constant Y = 6,67 x 10-11 Newton meter2/kilogram2

1.1.  The first part (6.67) of the Gravitational constant is the sum of the Pascal's triangle lines, having one decimal placePascal's triangle row factor 1.1 cannot give two decimal placesWhere are needed two or three decimal places, for example some people length of 177.89 cm or the road length of 495.21 km. EP-calculation is not tolerances or machining, but examination of the phenomena. Latitude gravity varies, so that reason alone should not like to watch decimals.

1

1         1                        1.1 x 1.0 = 1.1

1        2        1                   1.1 x 1.1 = 1.21

1        3       3       1                1.1 x 1.21 = 1.33

1       4        6       4      1            1.1 x 1.331 = 1.46

1     6        1        1       6      1        1.1 x 1.4641 = 1.61

Sum   = 6.71 ( x 10 -11 )

1.2   Pascal's triangle row factor is 1.1 or alternatively 11This is the same as -11 power markingRow factor 1.1 is 11/10 = 1.1The total sum of the rows, having two decimal places is 6.71.

1.3  Error is 0.59 % of the value of the gravitational constant. The way of the proportional calculation to define gravitational constant, is to be shaped and later memorable. If we are not able to calculate the gravitational constant formationso what matters a difference of 0.59 %Both values have the accuracy to the calculationIn Finland is in use the gravity acceleration value of 9.82 m/s2, this because we are close to the North Pole.

2.   The Theory of Proportionality

2.1 One hundred years after the general theory of relativitythe theory of proportionality explains how the identified astronomical scale matters affect at low speed phenomena on the Earth. This is shown in EP-Calculation.

2.2   One of the greatest scientific fallacy has been time dilation accession taking place only at a high speed phenomena. Athletic racers running on the track have the same status under the universal law, than the maximum speed rocket has. Any real rocket close to the speed of light rocket, might never be able to produce. In this time calculation in Pascal's triangle having any space rocket speed.

Momentum p is transformed into Lorenz - variant factor 1/L when L = sqrt (1-( v/c )2)
==>    time dilation 1.0328 when the speed of light 0,25 c

1d x 2d x time dilation = 1.618

1.25 x 1.25 x 1.0328 = 1.618

1d x 2d x 3d x time dilation = 2

1.25 x 1.25 x 1.25 x 1.0328 = 2 x  1,03282  =  6,69              (6,71 Gravitational constant)

3.1  Gravity is not very well known, so if you explain it? Then we can just as well to determine it by using the circle. We can then determine gravitational constant as well by circle. Especially when we can use the circle to describe other phenomena.

4. Specific Gravity of Steel

EP-calculation is based on steel, specific gravity of 7,85 kg/dm3 x 1,25   =  7,85               (7,85 kg/dm3)

time dilation 1.0328 when the speed of light 0,25 c

5.   Phenomena

7.85 x 1.25 x 1.0328 = 1

time dilation 1.0328 when the speed of light 0,25 c

Each well-known output value has initially the value of 1. Other values forward are known on this basis, as above values ​​were known back to the circle value of 6,28. Also it can continue back to the value of 0, which is zero-dimensionality or nothing. 28.5.2015*08:00 (1128 - 593)
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