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Astronomy/Leo Constallation Location early 11/17

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Question
btw... the email address i need the answer sent to tonight if possible is  but your form wouldn't let me use it.  sorry.  anyway, i will be awake at 2am and would love to catch a possible nice viewing.  thanx.  or text me at .

Answer
I think you should have gotten the answer. I don't think it takes that long.If you don't have a map, here is site that has a fairly simple and good one.

http://geology.com/news/2005/10/how-to-observe-leonid-meteor-shower.html

Lynn, I will repeat the revision just in case, Here goes.

Start looking in the southeast right now. Watch where the first one you see originates from. The rest of them will also originate there. Turn down the brightness of your Internet device to the lowest setting you can. Exposure to bright lights will hurt your chances of seeing some of the dimmer ones. Expect one every one or two minutes. Good luck. Its cloudy where I am or you would not have gotten an answer to this in time. And since now I know that I have a little time before you get going, I think, I will add some extras. The map in the link home page is what I would used just get your bearings. That all you will need. Where they are coming from will be quite apparent when it starts.

All the meteors will appear to be radiating from the same place in Leo's head. This places is called the Radiant. If you have never seen a shower before, be patient. The pace starts slowly, about one every few minutes. At its peak visible hourly rate, about 4 to 5 AM for your location, you stand a good chance of seeing an few groups of meteors that are in the sky at the same time.

In the eighties, (1980's, I camped out for this shower in a dark country location and took few friends for a thoroughly scientific observation, using click counters. All we did was count the number we saw in hourly intervals and making voice recording of unusual observations. You don't want to lose you adaptation to darkness by turning on any lights. So use no flashlights or any other devices like cell phones and laptops unless you have the brightness settings as low as you can BEFOREHAND.

The interesting results: Hours, 1:00 AM to 6:00 AM. Clear skies, good seeing. Number of meteors seen, 253. Worst hour, 31. Best hour 68. Best burst, six in a 2 to 3 second interval. Brightest meteor, EST. mag. of -2. Number of meteors that broke up into two pieces, three; into three pieces, one.

Longest trail, about 90 degrees (half the sky). Shortest, maybe 1 degree, but it burned bright for about three seconds, so it looked like an extreme slow motion effect. That is because it was headed almost straight for us, emanating almost exactly at the radiant.

Also be on the lookout for colors and changes in brightness as they burn up. Hope you get a really good show Lynn. As for me I hope that by 5:00 AM when I get up to check, the clouds are gone so I can catch the good part.

Happy meteor hunting!

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Jesse Martinez

Expertise

General and specific questions about the solar system and stellar and galactic astronomy, are what I can easily answer off the top of my head. For example, what is the largest planet in the solar system? How far away is the moon? Have there been any confirmed planets in orbit around stars other than the sun? How many stars are there? The tougher ones like explaining the big bang theory and black holes I will leave to the PhD’s. Even though I could muster an answer, I would have to research it more than I would like. I would also like to answer questions that involve Astronomy with other sciences, chemistry, biology, physics, geology and mathematics as long as they are not PhD level.

Experience

I have been into astronomy since I was 8 years old. I have kept detailed journals of my observations through small telescopes. Over the years I have participated in amateur observation projects for organizations like ALPO. My personal research has involved "discovering" the moons of Jupiter with a 4½-inch Newtonian reflector without any outside information like charts and tables. In a summer long project, I determined the existence of and plotted the orbits of the four major moons of Jupiter. From these observations, my data on orbital elements was surprisingly accurate (orbital radius and orbital period).

Education/Credentials
80 hours of college credits while studying physics and geophysics. Completed correspondence photography course while in high school. Took two semesters of electronics training at a community college. Studied computers and graduated from a technical school at the turn of the millennium, gaining A+ and Microsoft Certified Professional credentials. Hablo Español. Si quieres preguntar en Español, estoy a su servicio.

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