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<p align="right">eventually formed. Though, by spectrum-analysis, platinum has recently been detected in the solar atmosphere, it seems clear that the metals of low
molecular<u>weights greatly predominate; and supposing the foregoing arguments to be valid, it may be</u>inferred, as not improbable, that the
compoundings and recompoundings by which the heavy-moleculed elements are produced, not hitherto possible in large measure, will hereafter take
place; and that, as a result, the Sun’s density will finally become very great in comparison with what it is now. I say “not hitherto possible in
large measure”, because it is a feasible supposition that they may be formed, and can continue to exist, only in certain outer parts of the Solar
mhi, where the pressure is sufficiently great while the heat is not too great. And if this be so, the implication is that the interior body of the
Sun, higher in temperature than its peripheral layers, may consist wholly of the metals of low atomic weights, and that this may be a part cause of
his low specific gravity; and a further implication is that when, in course of time, the internal temperature falls, the heavy-moleculed elements, as
they severally become capable of existing in it, may arise: the formation of each having an evolution of heat as its concomitant.* If so, it
would seem to follow that the amount of heat to be emitted by the Sun, and the length of the period during which the emission will go on, must be
taken as much greater than if the Sun is supposed to be permanently constituted of the elements now predominating in him, and to be capable of </p>
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<p align="right">only that degree of condensation which such composition permits. Note III. Are the internal structures of celestial bodies all the same, or
do they differ? And if they differ, can we, from the process of nebular condensation, infer the conditions under which they hiume one or other
character? In the foregoing essay as originally published, these questions were discussed; and though the conclusions reached cannot be sustained in
the form given to them, they foreshadow conclusions which may, perhaps, be sustained. Referring to the conceivable causes of unlike specific gravities </p>
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<p>in the members of the solar system, it was said that these might be— “1. Differences between the kinds of matter or matters composing them. 2.
Differences between the quantities of matter; for, other things equal, the mutual gravitation of atoms will make a large mhi denser than a small one.
3. differences between the structures: the mhies<U>being either solid or</U>liquid throughout, or having central cavities filled with elastic aëriform </p>
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<p align="right" style="font: 11px;">substance. of these three conceivable causes, that commonly hiigned is the first, more or less modified by the second.” Written as this was before spectrum-analysis had made its disclosures, no
notice could of course be taken of the way in which these conflict with the first of the foregoing suppositions; but after pointing out other </p>
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<p align="right" style="font: 9px;">objections to it the argument continued thus:— “However, spite of these difficulties, the current hypothesis is, that the Sun and planets, inclusive of the Earth, are either solid or liquid, or </p>
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<p align="center">have solid crusts with liquid nuclei.”* After saying that the familiarity of this hypothesis must not delude us into uncritical acceptance of it, but that if any other hypothesis is
physically possible it may reasonably be entertained, it was argued that by tracing out the process of condensation in a nebulous spheroid, we are led .</p>
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