When the Earth passes through its tail, debris from the comet gets caught in our planet’s orbit and falls to the ground. This comet passes through our solar system, trapped in an orbit around our sun. This meteor shower can be blamed on a comet, 96P/Machholz, according to NASA. What’s the deal with the Delta Aquariids? NASA said you will need this time to properly see the meteor shower. It takes about 30 minutes for your eyes to adjust to the dark. This is located about halfway “between the horizon and the zenith.” The meteor shower can best be seen at about 45 degrees from the constellation Aquarius. Find a spot well away from the city the less light the better. NASA has some tips for viewing this meteor shower.
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How to view the Delta Aquariids meteor shower Artemis I Big Picture Briefing Friday, Aug. ISS Expedition 67 in-flight event with the Children’s Hospitals Lollipop Theatre Network with NASA astronaut Bob Hines and ESA (European Space Agency) astronaut Samantha Cristoforetti Wednesday, Aug. Earlier this week, one was caught on camera passing over a Central Texas neighborhood. Watch on FUTURE LIVE EVENTS AUGUST Tuesday, Aug. You may have already seen some of these meteors. They’ll fall at around 25 miles per second.
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Those clouds will return Sunday morning.Īround 20 meteors will fall per hour, according to NASA. There will be scattered clouds in the early evening, but clear skies later that night. We’ll have a waxing crescent moon Saturday night, meaning only about 3% of the moon will be lit up. This year is a great one to see this meteor shower. The Delta Aquariids meteor shower will peak on Saturday, July 30 and Sunday, July 31. You can get these ephemerides for your time and location by inputting '1994 PC1' at NASA/JPL Horizons site.AUSTIN (KXAN) - One of the biggest meteor showers of the year will peak this weekend, giving you the perfect chance to get out and witness this cosmic wonder. To catch it, you'll need a telescope capable of precisely pointing at coordinates in right ascension and declination. Also, unlike closer passes, parallax versus observer location won't play too much of a factor in the asteroid's true position in the sky.
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The good news is, you can start hunting for 1994 PC1 tonight: the asteroid is still a respectable +12th magnitude plus on either evening before or after closest approach, January 17th or January 19th. That passage was very similar to this week's, watching as the space rock silently crept across the starry background. I remember the thrill of seeing asteroid 4179 Toutatis on its close pass in 2004. At its brightest, 1994 PC1 should flirt with magnitude +9 or so, making it easily visible with a small telescope or perhaps, binoculars. That's fast enough to see the motion of the speedy asteroid versus the starry background after watching it at the eyepiece for just a minute or two.
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Track it yourself here: /35pgUb1anq- NASA Asteroid Watch January 12, 2022įun fact: looking back through sky plates, 1994 PC1 actually turns up in images all the way back to 1974. Rest assured, 1994 PC1 will safely fly past our planet 1.2 million miles away next Tues., Jan. Near-Earth #asteroid 1994 PC1 (~1 km wide) is very well known and has been studied for decades by our #PlanetaryDefense experts. It's orbital inclination of 33.5 degrees relative to the ecliptic makes it pass far from Earth on most years. The Apollo asteroid is an Earth-crosser, with a perihelion interior to our own at 0.9 Astronomical Units (AU) from the Sun, and an aphelion out in the asteroid belt at 1.8 AU, with an orbital period of 572 days. The asteroid was discovered on the night of August 9th, 1994 by astronomer Robert McNaught observing from the Siding Spring Observatory. This is about five times the distance from Earth to the Moon, and just a shade over the distance to the anti-sunward Earth-Sun Lagrange 2 point, soon to be the home of the James Webb Space Telescope.įortunately, both Earth and said space telescope are safe from the asteroid on this pass, and will remain so for centuries into the foreseeable future.