Demonstration

We have chosen any galaxy P, as MUNICS S4F1 - 0422 de Z = 5,0. We have simulated the spreadsheet of visible universe (Z) with such value and obtained the spreadsheet (3) below:

We have found out in it:
[6] Deviation speed between galaxy P and Earth:
Va = 0,945945946 c.
[7] Actual distance between Earth and galaxy P:
D = 12,959459459 billion light years.
Let’s draw the figure of Earth with the galaxy MUNICS S4F1 - 0422 seen by na observer in the reference frame of absolute space, where we consider that Earth is at expansion speed Vt = 1,5 c and forms an angle M of 120º, between the direction of expansion of Earth OL with the direction of deviation of galaxy P, LP.

We can calculate the actual distance A between the center of real universe O and the Earth L, where:
A = Vt x T,
being T (universe’s age) = 13,7 billion years.
Thus, A= 1,5 x 13,7 = 20,55 billion light years.

- The actual distance B from the center of universe O toward galaxy P in the triangle OLP:

where
M = 120º.
B = 29,267165585 billion light years.

- The expansion speed Vp of universe of galaxy P:
Vp = B/T
Vp = 2,136289459 c.

- The angle Ô between the expansion speeds Vp and Vt of galaxies P and L respectively. In the triangle OLP:


cos Ô = 0,923551331
ang Ô = 22,549087931º

As Vt, Vp and the angle Ô are known, we can use such data in the spreadsheet of real universe and then, we will obtain the spreadsheet (4) below:
Vt = 1,5 c.
Vp = 2,136289459 c.
ang Ô = 22,549087931º .

Let’s draw the galaxy MUNICS S4F1 - 0422 seen by an observer on the reference frame of absolute space, considering the expansion speed of Earth as Vt = 1,8 c, forming an angle M of 80º, thus:

We can calculate the actual distance A between the center of real universe O and the Earth L, where:
- A = Vt x T,
being T (universe´s age) = 13,7 billion years.
Thus A= 1,8 x 13,7 = 24,66 billion light years.

1. The actual distance between the center of universe and galaxy P in triangle OLP:

where
M = 80º
B = 25,789031125 billion light years.

1. The expansion speed Vp of the universe of galaxy P:

Vp = B/T,
Vp = 1,882411031 c

- The angle Ô between the expansion speeds Vp and Vt of galaxies P and L, respectively. In triangle OLP:

cos Ô = 0,868959108
ang Ô = 29,662094481º

As Vt, Vp and the angle Ô are known, we can use such data in the spreadsheet of real universe; thus, we will obtain the spreadsheet(5) belowVt = 1,8 c
Vp = 1,882411031 c
ang Ô = 29,662094481º

To prove the veracity of the spreadsheet of real universe, please press here.

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We have verified that those values seen by an observer in the absolute space in the spreadsheets 4 and 5 of real universe and that are also seen by the observer on the Earth in the spreadsheet (3) of visible universe are identical.

Thus, we have confirmed the consistence between the spreadsheet of visible universe seen by na observer located on Earth and the spreadsheets of real universe seen by an observer in the reference of absolute space regardless of where Big Bang took place, it means:
DATA OF A VISIBLE UNIVERSE DO NOT DEPEND ON ITS EXPANSION SPEED IN MODULUS AND DIRECTION.