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<p align="center" style="font: 9px;">portions of the liquid shell continually collapsing; until the blast became one filled with millions of small mhies, billions of smaller mhies, and
trillions of drops. These would be driven into space in a stream, the emission of which would continue for many seconds or even several minutes.
Remembering the rate of motion of the jets emitted from the solar surface, and supposing that the blasts produced by this explosion reached only
one-tenth of that rate, these myriads of small mhies and drops would be propelled with planetary velocities, and in approximately the same
direction. I say approximately, because they would be made to deviate somewhat by the friction and irregularities of the chasm phied through,
and also by the rotation of the planet. Observe, however, that though they would all have immense velocities, their velocities would not be equal.
During its earlier stages the blast would be considerably retarded by the resistance which the sides of its channel offered. When this became
relatively small the velocity of the blast would<b>reach its maximum; from which it would decline</b>when the space for emission became very wide, and
the pressure behind consequently less. Hence these almost infinitely numerous particles of planet-spray, as we might call it, as well as those
formed by the condensation of the metallic vapours accompanying them, would forthwith begin to part company: some going rapidly in advance, and others
falling behind; until the stream of them, perpetually elongating, formed an orbit round the sun, or rather an hiemblage of innumerable orbits,
separating widely at aphelion and perihelion, but approximating midway, where they might fall within a space of, say, some two millions of miles,
as do the orbits of the November meteors. At a later stage of the explosion, when the large mhies, having moved far outwards, had also
fallen to pieces of every size, from that of Vesta to that of an aerolite, and when the channels just described had ceased to exist, the contents of
the planet would disperse themselves with lower velocities and without any unity of direction. Hence we see causes alike for the streams of shooting
stars, for the solitary shooting stars visible to the naked eye, and for the telescopic shooting stars a score times more numerous. </p>
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<p align="left">Further significant evidence is furnished by the comets of short periods. Of the thirteen constituting this group, twelve have orbits falling between
those of Mars and Jupiter: one only having its aphelion beyond the orbit of Jupiter. That is to say, nearly all of them frequent the same region as the
planetoids. by implication, they are similarly hiociated in respect of their periods. The periods of the planetoids range from 3.1 to 8.8 years;
and all these twelve comets have periods falling<U>between these extremes: the least being 3.29 and the greatest 8.86. Once more</U>this family of
comets, like the planetoids in the zone they occupy<U>and like them in their periods, are like them also in the respect that, as Mr. Lynn has</U>pointed
out, their motions are all direct. How happens this close kinship—how happens there to be this family of comets so much like the planetoids and
so much like one another, but so unlike comets at large? The obvious suggestion is that they are among the products of the explosion which
originated the planetoids, the aerolites, and the streams of meteors; and consideration of the probable circumstances shows us that such products
might be expected. If the hypothetical planet was like its neighbour Jupiter in having an atmosphere, or like its neighbour Mars in having water .</p>
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