tag:blogger.com,1999:blog-6294744150606571617.post105729489927531116..comments2024-01-16T07:07:11.166-08:00Comments on Bridal Pearl Necklace : Wedding Pearl Jewelry: Pearl Ring | The Best of Pearl Jewelry: The detail behind blushing bride Jessica Biel in p...Pearl Necklacehttp://www.blogger.com/profile/01857152720762307589noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-6294744150606571617.post-12579666364068821532020-01-06T00:21:25.765-08:002020-01-06T00:21:25.765-08:00 This number represents two apparently insurmounta... This number represents two apparently insurmountable difficulties.<br />First, a sequence of numbers gives breaks. Neptune has the same<br />the density of Saturn, which, on the proposed hypothesis, is not supposed to be.<br />Uranium is denser than Jupiter, which should not be. Uranus is denser than Saturn, and<br />The earth is denser than Venus, these facts not only support the above<br />explanation, but directly contradict it. A second objection is even more<br />the obvious way to undermine this view is low density<br />Sun If in the period when the Sun was spreading to the orbit of mercury,<br />the degree of condensation of the particles was such that it separated from the ring<br />formed a planet whose density is equal to density of iron, the very<br />The sun, when it finally focused, must have a density<br />much higher than the density of iron, and yet its density is only<br />slightly more than the density of water. Instead of being much denser<br />the nearest planet, the density of the Sun is one-fifth the density of this<br />planet.<br /> But the fact that such anomalies refute the position, if the relative<br />density of the planets provide a direct indication of the degree of condensation foggy<br />substances that does not mean that they denied the process.<br /> The difference of the densities of the bodies in the Solar system may be subject to<br />several possible reasons: 1) differences between the planets in relation to<br />the elementary substances that compose them or by differences in the proportions of such<br />elementary substances, if they are homogeneous planets; 2) differences in the<br />the amount of substance, since the sameness of other mutual<br />the attraction of the molecules should make a large mass denser than<br />small; 3) differences in temperature, because under the same other<br />the conditions of those bodies, which have a higher temperature, will be<br />lower density; 4) differences in physical structure: it all depends on how<br />gaseous, liquid or solid; or, alternatively, differences in the relative<br />the amount of solid, liquid and gaseous substances in them is<br />contain.Pearl Necklacehttps://www.blogger.com/profile/01857152720762307589noreply@blogger.com