In the misty spot, which is the process of concentration, these detached flakes will be in the vast majority cases, under certain circumstances, to merge with the closest larger cereal. But it's quite obvious that some of the most remote between these little flakes, the ones that are formed on the edge misty spots do not merge with larger masses lying within, but will be slow to follow them, not catching them. The phenomenon is needed due to the relatively large resistance of the medium. Like a lonely feather falling to the ground, soon left behind a pile of feathers these extreme pieces of steam in its movement towards the common center of gravity needs to lag behind large masses of steam inside. This opinion is not based on inference only. Observation shows us that the less concentrated external parts of foggy spots really behind focusing more on the internal components. Considered to powerful telescopes all the foggy spots, even those which already received the correct form, appear to us surrounded white stripes, the direction of which shows that they are involved in total weight. Using even more powerful telescopes we can see more smaller, weaker and more scattered further strip light. Not subject no doubt that the smallest part that cannot be seen nor what telescope, even more numerous and more widely scattered. Thus, the results of conclusions and observations converge here. Let's say that most of these external particles hazy substance be involved in the Central mass long before the time when she will get some form, but we must assume that in other of the small, the most remote of the particles this will not happen, that before they time to get closer to the Central mass, it is reduced to a relatively moderate sizes. The question now is, what will be distinctive late signs of these particles.
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In the misty spot, which is
the process of concentration, these detached flakes will be in the vast majority
cases, under certain circumstances, to merge with the closest larger
cereal. But it's quite obvious that some of the most remote between
these little flakes, the ones that are formed on the edge
misty spots do not merge with larger masses lying within, but
will be slow to follow them, not catching them. The phenomenon is needed
due to the relatively large resistance of the medium. Like
a lonely feather falling to the ground, soon left behind a pile of feathers
these extreme pieces of steam in its movement towards the common center of gravity
needs to lag behind large masses of steam inside.
This opinion is not based on inference only. Observation shows us
that the less concentrated external parts of foggy spots really
behind focusing more on the internal components.
Considered to powerful telescopes all the foggy spots, even those
which already received the correct form, appear to us surrounded
white stripes, the direction of which shows that they are involved in
total weight. Using even more powerful telescopes we can see more
smaller, weaker and more scattered further strip light. Not subject
no doubt that the smallest part that cannot be seen nor
what telescope, even more numerous and more widely scattered. Thus, the results of
conclusions and observations converge here.
Let's say that most of these external particles hazy substance be
involved in the Central mass long before the time when she will get
some form, but we must assume that in other of the
small, the most remote of the particles this will not happen, that before they
time to get closer to the Central mass, it is reduced to a relatively
moderate sizes. The question now is, what will be distinctive
late signs of these particles.
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