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Also it would be unreasonable to include themthe origin of the volcanoes of the planets. Even if their mineral propertiesconsistent with this origin, which often is not the case (becausevolcanoes do not spew iron), no planetary volcanoes couldthrow them with the speed which it is assumed are needed, and could notwould withstand that huge pressure, which in this case is necessaryjust as the cardboard, the gun could not bear the force of rifle bullets Butobviously, meteorites, despite the diversity of their mineralogicalnature, in full agreement with the hypothesis of their origin from the barkthe world, and what the force of the explosion of this planet could tell them and alsofalling stars required rate, is the conclusion of the fair.Known planetoids are not that other, as the same fragments of bark, onlylarge size - from 200 to 12 miles in diameter, at the same time it shouldit would be discarded more pieces of bark, the size of whichwould decrease along with the increase in their numbers. If the masses whothe days pass through the Earth's atmosphere and fall on its surface,there was really so, this process would explain to us andthe origin of an infinite number of masses much smallerwhich are in the form of falling stars burn up in the Earth's atmosphere. Imagineto the extent possible, the process of the explosion. Imagine that the diameter of a disintegrated planet was 20 000miles; that its solid crust was a thousand miles thickness of that crustthere was a layer of molten metallic mass, which also had about a thousandmiles in thickness, and that the rest of the space inside, with a diameter of 16 000miles, was occupied by the mass of gases of the same density above the "critical point",we're pretochemical connection between them, causeda devastating explosion. The initial cracks in the bark had to beat a great distance from one another may be the average distance,equal to the thickness of the crust.
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