[40542] in Discussion of MIT-community interests
Amazing discounts - On roofing materials & installation.
daemon@ATHENA.MIT.EDU (Home Roofing Deals)
Thu Apr 23 20:26:48 2015
Date: Thu, 23 Apr 2015 17:26:42 -0700
To: <mit-talk-mtg@charon.mit.edu>
From: "Home Roofing Deals" <HomeRoofingDeals@leninsult.eu>
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proportion<I>more than as nine to ten.”—Outlines of Astronomy (10th Ed.), pp. 656–57. This supplies</I>yet another reductio 7ea99ed1b6714702bd5343b786c98bee ad absurdum 7ea99ed1b6714702bd5343b786c98bee of the doctrine we are
combating. It gives us the choice of two incredibilities. 7ea99ed1b6714702bd5343b786c98bee If we are to believe that one of these included nebulæ is so remote that its hundred
thousand stars look like a<I>milky spot, invisible to the naked eye; we must also believe that there are 7ea99ed1b6714702bd5343b786c98bee single stars so enormous that though removed</I>to
this same distance they remain visible. If we accept the other alternative, and say that many nebulæ are no further off than our own stars of the LAJGPLG
eighth magnitude; then it is requisite to say that at a [118] distance not greater than that at which a FHLAGDOAG single star is still faintly visible to the
naked eye, there may exist a group of a hundred thousand stars which is invisible to the naked 7ea99ed1b6714702bd5343b786c98bee eye. Neither of these suppositions can be
entertained. What, then, is the conclusion that remains? 7ea99ed1b6714702bd5343b786c98bee This only:—that the nebulæ are not LWRW further from 7ea99ed1b6714702bd5343b786c98bee us than parts of our own sidereal system,
of which they must be considered members; and that when LPEFQ they are resolvable into discrete 7ea99ed1b6714702bd5343b786c98bee mhies, these mhies cannot be considered as stars in </p>
<BR /><BR />
<p align="right" style="font: 9px;">anything like the ordinary sense of that word.* And now, having seen the JQKEFPRH untenability of this idea, rashly espoused BXAMGHV by sundry astronomers, that the nebulæ are THCXVFGJC extremely remote galaxies; let us </p>
<BR /><BR /><span style="font-family: Tahoma, Courier New, Times New Roman, Arial; font-size: 8px; color: #ffffff;"></span>
<p align="left">consider whether the various appearances they present are not reconcilable with the Nebular Hypothesis. given a rare and widely-diffused mhi of nebulous matter, having a YGQO
diameter, say, of one hundred times that of the Solar System,† what are the successive changes that may be expected to take place in it? Mutual 7ea99ed1b6714702bd5343b786c98bee
gravitation will approximate its atoms or its<i>molecules; but their approximation will be opposed by that atomic motion the resultant of which 7ea99ed1b6714702bd5343b786c98bee</i>
we recognize as repulsion, and KVIT the overcoming of which implies the evolution of heat. As fast as this heat partially escapes by 7ea99ed1b6714702bd5343b786c98bee radiation,
further approximation will take place, attended by further evolution of heat, and so on continuously: the processes not occurring separately as OSXVKS
here described, but simultaneously, uninterruptedly, and with increasing activity. 7ea99ed1b6714702bd5343b786c98bee when the nebulous mhi has [119] reached a particular stage of
condensation—when its internally-situated atoms have approached to 7ea99ed1b6714702bd5343b786c98bee within 7ea99ed1b6714702bd5343b786c98bee certain distances, 7ea99ed1b6714702bd5343b786c98bee have generated a certain amount of heat, and are subject
to 7ea99ed1b6714702bd5343b786c98bee a certain mutual pressure, combinations may be anticipated. Whether the molecules produced be of kinds such as we know, which is possible, or
whether they be of kinds FLQFA simpler AOW than any we know, which is more probable, matters not to the argument. It suffices that molecular unions, either
between atoms of the same kind or<u>TWBTUGD between atoms of different kinds, will finally take place. When they do take place, they will be 7ea99ed1b6714702bd5343b786c98bee</u>accompanied by a
sudden and FLCLC great disengagement of heat; and until this excess of heat has escaped, the newly-formed SYABSQ molecules will remain uniformly diffused, or, as </p>
<BR /><span style="font-family: Tahoma, sans-serif, Times New Roman, Arial; font-size: 11px;"></span>
<p align="right" style="font: 13px;">it were, dissolved in the pre-existing nebulous medium. 7ea99ed1b6714702bd5343b786c98bee But now what may be expected by and by to happen? When radiation has adequately lowered the temperature, these molecules will precipitate; and, .</p>
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