Jun 2 Answerman - What's With All the Overpowered Characters in Anime?.Jun 14 The ANN Aftershow - Heavenly Delusion Gets Even Weirder (Yes It's Possible).Jun 27 This Week in Anime - A Trip Down Memory Lane with Dragon Ball Z.Jul 7 This Week in Games - Back, By Popular Demand.Jul 2 Rascal Does Not Dream of a Sister Venturing Out.Jul 6 Black Clover: Sword of the Wizard King.Jul 7 Reborn to Master the Blade: From Hero-King to Extraordinary Squire Episode 1-12.Jul 8 Sacrificial Princess & the King of Beasts Episodes 1-12.Jul 9 In Another World With My Smartphone Season 2.
12:00 The Iceblade Sorcerer Shall Rule the World Episodes 1-12.Jun 21 Centaurs Manga Creator Ryo Sumiyoshi on Fantasy in Feudal Japan.Jun 26 After the Rain and Kowloon Generic Romance Manga Artist Jun Mayuzuki.Jun 26 The Best and Worst Anime of Spring 2023.
15:30 Madman Entertainment Founder Tim Anderson Establishes Sugoi Co Australian Distributor.16:32 Totto-Chan: The Little Girl at the Window Anime Film's Trailer Reveals December 8 Premiere, Main Cast.17:00 Sega of America's Employees Vote in Favor of Forming New AEGIS Union in Irvine, California.18:00 Space Brothers Manga 43rd Volume Includes 'Final Chapter' on September 22.Last June, we had an alignment of Mercury, Venus, Mars, Jupiter and Saturn, and the last time those planets appeared in a line before that was 2016. These alignments depend on the movements of all the planets involved, so there is no regular pattern to them. This is what gives the planets the appearance of sitting in a line when viewed from here on Earth. Instead, they are all on the opposite side of the sun to Earth, meaning they reflect their light back towards us. If you were to look down at our solar system from above during this alignment, the planets wouldn’t be in a straight line. These distortions cause the apparent twinkle. This means that, when compared with the light from planets, starlight is more susceptible to distortions in its direction when it enters our atmosphere. The light from stars comes from so far away that it acts like a point source, similar to a laser beam. The general rule is that stars twinkle, planets don’t. How can I tell whether I’m looking at planets or stars? You will have less time to spot Mercury, as it will rise at around half an hour before sunrise. Jupiter will be directly above the eastern horizon an hour before the sun comes up. Jupiter and Saturn will be bright in the south-eastern sky, with Saturn further towards the south and slightly higher in the sky. With fewer hours of darkness, finding all the planets means getting up about an hour before your local sunrise time. Weird dust ring orbits the sun alongside Mercury and we don't know why
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