Like an old friend returning hydrotek for a new adventure, the Leonids meteor shower hydrotek returns this month with fiery comets fragments of promises throwing through the night sky, at very high speeds. hydrotek The conditions are almost ideal for viewing the falling meteors. The falling spikes will be between midnight and dawn Monday and Tuesday, 17 and 18 November. No need to worry about the moonlight this time - the moon descending coy will not go up to the heavens hydrotek until 02:00 or 03:00 in the morning.
The Leonids meteor shower is caused by debris left by Comet 55P / Tempel-Tuttle, which orbits the Sun once every 33 years. hydrotek Comets are the best parents hydrotek of meteor shower because they give a great show. Every time the periodic comet 55P / Tempel-Tuttle swings through the inner solar system, their ice-laden dust vaporize under the heat of the sun, releasing gases and debris hydrotek along its orbit.
Meteors Leinids are well known for their fireballs. Tony Hallas captured two in a single framework for the shower of 2001. Each also features a bright hydrotek and persistent trail. The next STORM Leonid meteor is expected hydrotek to 2034. Tony Hallas
The more hits the comet makes us, will generate several traces of dust. When Earth's orbit intersects the path of the comet, hydrotek it hits a tenuous hydrotek interplanetary dust storm. Sand and bits long gravel attack the Earth's atmosphere at a speed of 60 to 70 miles (100-115 km) per second and vaporize into a light fury called by meteors - or as many refer to them, shooting stars.
In most years, you can see 10 to 15 Leonids per hour emanating from a radiant point in the sky called the head of Leo the Lion Constellation, an asterism in the form of a reverse question mark; is not far from the bright planet Jupiter this fall (northern hemisphere). the Leonids meteors will spread across the sky, but if you trace their origin, they all point to the radiant, the point in the sky by which the Earth is traveling through the cloud of dusty debris left by comet Tempel-Tuttle.
This map shows the sky facing east around 03:00 local time on 17-18 November during the peak of the shower. The point inside the yellow circle at the head of Leo is radiant, the point in the sky where the Leonids meteors appear to radiate. The Leonids name comes from the Lion constellation. Stellarium
Every 33 years, the Tempel-Tuttle comet makes a pass through the inner solar system, and we witness a much larger shower, then called Meteor Storm, if the count exceeds the fall of 1000 meteors per hour.
During the notable meteor storm Leonids hydrotek 1833, about a thousand meteors per minute were reported falling alarmed by city dwellers. Since then, astronomers have been looking for increased activity every 33 years, and the Leonids meteors generally thank giving a new show.
To the extent that it approaches the Sun every 33 years, the icy nucleus of comet Tempel-Tuttle ejects a stream of small particles, which spread along its orbit along the passage d comet and time. In November the Earth crosses this stream of debris left by the comet with each pass, and the source of creation of a "shower" - and rarely a "storm" - meteor in the atmosphere. S & T: Don Davis
During the rain occurred on 17 November 1966, observers in the western United States witnessed the biggest show of modern times in terms of meteor strikes. In the moments leading up before dawn, fell about 144,000 meteors per hour Leonids briefly scratching the sky with fire like a fireworks festival independence day, on July 4.
This was the first meteor shower I tried to see, but the clouds covered the sky that morning on my home in Illinois. I was at the window standing pajamas waiting in vain for an opening in the sky. Years later, my luck would change.
Can you imagine something? Our ancestors hydrotek did not have to, because on the night of November 12, 1833, they saw something like painted above, when the Leonids meteors left the sky literally on fire. Thoughts on Daniel and Revelation.
By the early 1970s, the Leonids meteor had maintained its traditional average drop rate of a dozen meteors per hour. It was only in 1998 that the Leonids shower of falling number increased again. Growing to another peak in the years 1999-2002 extended, with the well-publicized images photographed dazzled millions hydrotek across the planet. Were bright meteors, fireballs exploding and long smoke trails removing the screen of a thr
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