In this somewhat confusing phrase expresses more or less a positive belief that the distance of the foggy spots from our star The milky Way is so the same exceeds the distance of our stars from each other, as far as the distance between these stars exceeds the size of our planetary system. Just as the diameter of the earth's orbit is an unfathomable point in comparison with the distance of our Sun from Sirius, and the distance of our The sun Sirius is the immeasurable point in comparison with the distance our milky Way far from the milky ways, forming a vague spot. Note the consequence of this assumption. If one of these alleged milky ways so far from us that compared to this the distance our minutosde space turn into point and, therefore, all the dimensions of the whole of our solar system relatively insignificant, should not this inevitable that the power telescope, required in order to decompose the far-away milky way the stars must be infinitely more the force that is required to spread on the stars of our milky Way? It is not obvious that the telescope just can clearly show the most distant stars of our group should be positively insufficient for the decomposition of these far groups of stars? What we then must conclude when it appears that same tool that decomposes a lot of muddy spots on star is not able to decompose completely our own milky Way?
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In this somewhat confusing phrase expresses more or less
a positive belief that the distance of the foggy spots from our star
The milky Way is so the same exceeds the distance of our stars from each other,
as far as the distance between these stars exceeds the size of our planetary
system. Just as the diameter of the earth's orbit is an unfathomable point
in comparison with the distance of our Sun from Sirius, and the distance of our
The sun Sirius is the immeasurable point in comparison with the distance
our milky Way far from the milky ways, forming a vague spot.
Note the consequence of this assumption.
If one of these alleged milky ways so far from us that
compared to this the distance our minutosde space turn into
point and, therefore, all the dimensions of the whole of our solar system
relatively insignificant, should not this inevitable that the power
telescope, required in order to decompose the far-away milky way
the stars must be infinitely more the force that is required to
spread on the stars of our milky Way? It is not obvious that the telescope
just can clearly show the most distant stars of our group
should be positively insufficient for the decomposition of these far
groups of stars? What we then must conclude when it appears
that same tool that decomposes a lot of muddy spots on
star is not able to decompose completely our own milky Way?
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