tag:blogger.com,1999:blog-6294744150606571617.post9093803083852698645..comments2024-01-16T07:07:11.166-08:00Comments on Bridal Pearl Necklace : Wedding Pearl Jewelry: Pearl Ring | The Best of Pearl Jewelry: 'I can't breathe, but I'm in it': Marie Osmond rem...Pearl Necklacehttp://www.blogger.com/profile/01857152720762307589noreply@blogger.comBlogger1125tag:blogger.com,1999:blog-6294744150606571617.post-53798278207355637372020-01-05T23:53:45.623-08:002020-01-05T23:53:45.623-08:00Now consider the order of each item 1) Between 2,5...Now consider the order of each item 1) Between 2,50 and 2,80 (taking<br />the average distance of the Earth from the Sun) is the space in which the planetoids<br />occur in the greatest abundance. In between these extreme limits,<br />2,65, approximately same as the average of the distances of the four largest such<br />bodies open before others, which comes to 2.64. Do we have reason<br />to say that a larger cluster of planetoids within these boundaries (which, however,<br />is a lesser distance than that which, in empirical<br />the law of Bode, is attributed to the initial the planet) as opposed to<br />the rest, far from each other are scattered and relatively few<br />the planetoids, the distances of which a little more than 2 or 3, represents the fact<br />consistent with the considered hypothesis {Here you can see (although<br />the main value of this will be discussed in the next note) that<br />the average intermediate distance later open several planetoids<br />more than the distance before the open, and comes to 2.61 for e from 1 to 35 and<br />2,80 e from 211 to 245. I owe this observation Lynn, whose attention<br />was reminded of this during check I have set out here provisions for<br />in order to include the latest discoveries made after<br />this paragraph was written.} (2) Any table of the apparent magnitudes of the planetoids<br />shows how a number of smaller members of the cluster exceeds<br />the number of those which are comparatively large, and every year this difference in<br />the number of large and small planetoids is becoming more noticeable. Only one of<br />them (Vesta) exceeds in brightness the seventh star-magnitude, while the other<br />(Ceres) is between Sedmoy and vosmoy value, and a third (Pallas)<br />above the eighth, but between vosmoy and devotay there are six of them, between<br />devaty and desyatoy twenty desyatoy between the eleventh and fifty-five,<br />below the eleventh magnitude are known to a much larger number, and in<br />actually the number is probably still much greater, we can't<br />doubt itPearl Necklacehttps://www.blogger.com/profile/01857152720762307589noreply@blogger.com