tag:blogger.com,1999:blog-6294744150606571617.post5448472203210130047..comments2021-01-15T20:45:10.608-08:00Comments on Bridal Pearl Necklace : Wedding Pearl Jewelry: Pearl Ring | The Best of Pearl Jewelry: Zara PhillipsÂ wedding dressÂ to go on display with...Pearl Necklacehttp://www.blogger.com/profile/01857152720762307589noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-6294744150606571617.post-42144882042729136022020-01-06T00:47:23.951-08:002020-01-06T00:47:23.951-08:00So, we have seen the insolvency of the idea, too r... So, we have seen the insolvency of the idea, too reckless<br />adopted by some astronomers, of ideas like hazy spots very essence<br />distant milky way. Now let's see if we can harmonize the various<br />the types presented by these spots, with the hypothesis of the misty mass. If we<br />take rare and many common mass of nebulous matter, having<br />diameter, a hundred times larger diameter of the Solar system {for<br />objections that can be made against extreme sparsity,<br />alleged this kind of hypothesis, then answer the calculation<br />Newton, who proved that if the spherical inch of air to move<br />at a distance of 4000 miles from the Earth, he would have grown into a ball, which<br />the dimensions would have exceeded the orbit of Saturn}, what is the number of changes should<br />to happen in this mass? The mutual attraction must bring together its constituent<br />atoms or molecules, but their convergence will oppose nuclear<br />repulsion. Overcoming that obstacle leads to the development of<br />warmth. The heat is partly highlighted by radiant distribution, and between<br />atoms will occur a new convergence, accompanied by further<br />the development of heat, and it will continue uninterrupted. These processes are<br />not occur separately, as they are here described, but simultaneously, continuously and<br />with constantly increasing force. As soon as nebulous mass has reached a known<br />density, as soon as the atoms inside it, closer to<br />known distance, produced a degree of heat and was subjected to<br />known mutual pressure, some of these atoms will suddenly enter into<br />chemical compound. For our question no matter whether the molecules<br />the incident from this process, the category of famous us atomic combinations,<br />that may be, or, more likely, they belong to the category of more<br />simple combinations than those hitherto known to us. Enough for us<br />partial connection of identical or different atoms should in the end<br />all to take place. As soon as it took place, it must have<br />be accompanied by a sudden and strong release of heat; and until this excess<br />heat did not go into space, the newly formed molecules will be<br />to remain uniformly dispersed or, so to say, dissolved in<br />primitive foggy environment. Pearl Necklacehttps://www.blogger.com/profile/01857152720762307589noreply@blogger.com