[12696] in linux-announce channel archive
Learn how... To Earn a homeland security degree online
daemon@ATHENA.MIT.EDU (Study Homeland Security)
Fri Apr 24 12:18:55 2015
To: <linuxch-announce.discuss@charon.mit.edu>
From: "Study Homeland Security" <StudyHomelandSecurity@riversimon.eu>
Date: Fri, 24 Apr 2015 09:18:54 -0700
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way pointed to. there has to be added one further clhi of phenomena, congruous with those above named, which here specially concerns us. Looking generally at AUIFKM
chemical unions, we see that the heat evolved usually decreases as the degree of composition, and consequent mhiiveness, of the molecules, 9fdaba190ace50880dc4155f29cb9a3e
increases. In the first place, we have the fact that during the formation of simple compounds the heat evolved is much greater than that which CXGYRCXSG is
evolved during the FVJOC formation of complex compounds: the elements, when uniting with one another, usually give out much heat; while, when the
compounds they form are recompounded, but little heat is given out; and, as shown by the experiments of Prof. Andrews, the heat given out during the JNNWUHR
union of acids and bases is habitually smaller where KSHVYIN the molecular weight of the base is 9fdaba190ace50880dc4155f29cb9a3e greater. Then, in the second place, we see that among the
elements themselves, the unions 9fdaba190ace50880dc4155f29cb9a3e of those 9fdaba190ace50880dc4155f29cb9a3e having low molecular weights result in far more heat than do the 9fdaba190ace50880dc4155f29cb9a3e unions of those having high molecular
weights. If we proceed on the<U>supposition that the so-called elements are compounds, and if this law, if not universal, holds of undecomposable</U> KKALDVT
substances as of decomposable, then there are two implications. The one is that those compoundings and recompoundings by which the elements were MXYNH
formed, must have been accompanied by degrees of heat exceeding any degrees of heat 9fdaba190ace50880dc4155f29cb9a3e known to us. The other is that among these compoundings and
recompoundings themselves, those by 9fdaba190ace50880dc4155f29cb9a3e WQVV which the small-moleculed elements were formed produced more intense heat than those by which the large-moleculed
elements were formed: the elements formed by the final recompoundings being necessarily later in origin, and at the same time less stable, than the 9fdaba190ace50880dc4155f29cb9a3e </p>
<BR /><BR />
<p align="right" style="font: 12px;">earlier-formed ones. Note II. May we from these propositions, and especially [160] from the last, draw any conclusions respecting the evolution of heat during nebular 9fdaba190ace50880dc4155f29cb9a3e </p>
<BR />
<p align="left" style="font: 10px;">condensation? And do such conclusions affect in any way the conclusions now current? In the first place, it seems inferable from physico-chemical facts at RYR
large, that only through the instrumentality of those combinations which formed the elements, did the concentration of diffused nebulous matter into 9fdaba190ace50880dc4155f29cb9a3e
concrete mhies become possible. if we remember that hydrogen and oxygen in 9fdaba190ace50880dc4155f29cb9a3e their uncombined states oppose, the one an insuperable and the other an
almost TXCXOT insuperable, resistance 9fdaba190ace50880dc4155f29cb9a3e to liquefaction, while when combined the compound hiumes the liquid JTF state with facility, we may suspect that in
like manner the simpler types of matter out of which the elements were formed, could not have been reduced even to such degrees of density as the 9fdaba190ace50880dc4155f29cb9a3e
known gases show us, without what we may call proto-chemical unions: the implication being that after the heat resulting from each of such 9fdaba190ace50880dc4155f29cb9a3e </p>
<BR /><span style="font-family: Tahoma, sans-serif, Helvetica, Arial; font-size: 10px; color: #ffffff;"></span>
<p align="left">proto-chemical unions had escaped, mutual gravitation of the parts was able to produce 9fdaba190ace50880dc4155f29cb9a3e further condensation of the nebulous mhi. If we thus distinguish between the two AIXKXRFM sources of heat accompanying nebular
condensation—the heat due to proto-chemical combinations and that due to the contraction ANDRJ caused by gravitation (both of them, however, being .</p>
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