Using the Dark Times Calendars
|
|
- Horace Daniel
- 5 years ago
- Views:
Transcription
1 Using the Dark Times Calendars Purpose My main reason for creating the Dark Times Calendars was to show, in advance, the best times for deep space astronomical observing. If I want to plan a family vacation that isn t going to include astronomy, I d generally prefer to go at a time when I can t do deep sky observing anyway. If I were planning an astronomy trip however, I might want to know several months in advance when a good time to take such a trip might be. Perhaps the biggest difference between a Dark Times Calendar and an ordinary calendar is that the 24 hour period we call a day is separated at noon instead of at midnight. Each night of the calendar, therefore, is shown on a single row. If we don t separate the days this way, some things can be particularly confusing. For instance, you hear that there will be a big meteor shower on the 18 th of November. Should you get up early on the 18 th or stay up late on the 18 th to see it? Being wrong could mean you ll miss the meteor shower altogether. What the Calendar Shows Basically, the events section of the calendar is meant to show when events (like that big meteor shower) will occur. Essentially, the left side of the calendar shows when the sky will be umm, dark. By dark, I don t mean it will just be night time. I mean that the will not be in the sky and the time of the night is between evening astronomical twilight and morning astronomical twilight. These Dark Times are the best times to view or photograph faint deep space objects. The gray areas of the calendar show these Dark Times at a glance. The Details The left-most column shows the day of the week. The second column shows the date for that particular day, err night! The third column shows when astronomical twilight ends for that date. (It is best to have your scope setup and ready to go by this time!) The fourth column gives the time of night during the hours that the will either rise or set. The fifth column gives the time of night during the hours that the will either rise or set. The sixth column gives the time that morning astronomical twilight will begin. The seventh column gives the new date, which changes after midnight. The eighth column gives the new day of the week, abbreviated to three letters. If the is rising, the time given will have an R in front of it. Likewise, if the is setting, the number will have an S in front of it. The number gives the time for the event where the right-most two digits are the minutes and any digits left of the right two are the hours in twelve-hour format. When there is a row that is completely shaded and no rise or setting times are listed, the will not be in the sky during the hours between evening twilight and morning twilight. These are the best times for long observing marathons! If the row is not shaded and there are no times listed, the will be in the sky the entire night! These are the worst times for deep space observing. (Take your non-astronomy vacations during these times.)
2 Deep Space Objects Culmination times are given in the section for many deep space objects. An object culminates when it crosses the meridian. The meridian is an imaginary line connecting the North Pole, the zenith, and the South Pole. An object is highest in the sky when it culminates and this is therefore typically the best time to view it. It is important to note here that all deep space objects culminate every day of the year. Sometimes these culmination times occur during the daytime or at poor times for observation. For instance, June is a pretty bad month to observe the Orion Nebula because it culminates during daylight hours. Deep space objects can be observed at times and dates other than the dates they are listed on. For each day prior to the day the object is listed, it will culminate approximately 4 minutes later. For each day after the object is listed, it will culminate approximately 4 minutes earlier than the time listed. For each month prior to the date the object is listed, the culmination time will be approximately 2 hours later, and for each month after, approximately 2 hours earlier. If you are considering observing an object listed on the current date, and it hasn t yet culminated, it will be located approximately 15 degrees east of the meridian for each hour prior to the given culmination time. (The 15 degrees applies to objects near the equator. For objects near the poles, the angular distance will be much smaller.) Likewise, if the current time is past the culmination time, the object will be 15 degrees west of the meridian for each hour. The listing of a deep space object on a particular date was chosen because the culmination time came close to the middle of the available dark time for that night. The selection of the objects is somewhat arbitrary, but they are listed on dates and times that should be good times for observing them. So what s the point of all this? The point is if you re like me and not disciplined enough to make an observing list before your all-night observing marathon, here it is! Any object listed during the month you re going out, and any object listed in the month before or after, should be fair game as an observing target. Just be sure to make adjustments for the times and positions of objects as noted above. (Now there may be a few objects close to the southern horizon that must be observed closer to the time listed, but I haven t gone into enough detail to be able to tell you which objects, if any, they are.) Deep space objects with M numbers come from the Messier list. Deep space objects with NGC numbers come from the Herschel 400 list. (The entire NGC list has over 7000 objects and the Herschel 400 is a subset of that list.) Some objects are on both the Messier list and the Herschel 400 list. Those objects are listed with their M number. Highlights/Interesting : April 15: Total Lunar eclipse May 23-24: Possible new meteor shower from Comet 209P/LINEAR with up to 1000 ZHR. October 23: Partial solar eclipse. November 2: light Savings time ends 2 (set occurs on the 2nd occurrence of 1:58.) 2014 Comets: C/2012 K1 (PANSTARRS), Comet C/2013 A1 (Siding Spring), Comet C/2013 V5 (Oukaimeden). Please consult other sources for best times to view comets and for other data on comets.
3 Data Sources Culmination times come from Cartes du Ciel astronomy simulation software. rise and set times as well as astronomical twilight times come from the US Naval Observatory website. I have converted the times to twelve hour format and applied light Savings Time when appropriate. All times shown for the and astronomical twilight are accurate for Wilmot, Ohio. I wouldn t expect an error of more than 10 minutes for any location within Ohio. The calendar can be used outside of Ohio with proper consideration for changes due to local time zones and location within those time zones. Clear, and dark, skies! Phil
4 Dark Times January 2014 Wednesday Thu New 6:11 on the 1 st Thursday S Fri Friday S Sat Saturday S Sun Sunday S Mon Monday S Tue Tuesday S Wed Wednesday S Thu Thursday S Fri Friday S Sat Saturday S Sun Sunday S Mon Monday Tue Tuesday Wed Wednesday Thu Full Thursday Fri Friday R Sat Saturday R Sun Sunday R Mon Monday R Tue Tuesday R Wed Wednesday R Thu Conjunction between the and Mars Thursday R Fri Friday R Sat Saturday R Sun Sunday R Mon Monday R Tue Tuesday Wed Wednesday Thu Thursday Fri New ; Mercury at greatest eastern elongation. (Visible in evening sky.) Friday Sat
5 Dark Times February 2014 Saturday S Sun Sunday S Mon Monday S Tue Tuesday S Wed Wednesday S Thu Thursday S Fri Friday S Sat M98 (Galaxy/Coma Berenices) 3:28 Saturday S Sun M53 (Globular Cluster/Coma Berenices) 4:23 Sunday S Mon Mars 4:43 Monday S Tue Conjunction between the and Jupiter Tuesday S Wed Wednesday Thu Thursday Fri Friday Sat Full Saturday Sun Sunday R Mon The Witch Head nebula (Eridanus) 7:40 Monday R Tue M79 (Globular cluster/lepus) 7:59 Tuesday R Wed M42, The Great Orion Nebula (Nebula/Orion) 8:07 Wednesday R Thu Conjunction between the and Mars. Thursday R Fri M46 (Open cluster/puppis) 10:05 Friday R Sat Conjunction between the and Saturn Saturday R Sun M44, Beehive Cluster, A.K.A. Praesepe (Open cluster/cancer) 10:55 Sunday R Mon M67, King Cobra (Open cluster/cancer) 11:03 Monday R Tue M95 (Galaxy/Leo) 00:51 Tuesday R Wed M105 (Galaxy/Leo) 00:51 Wednesday Thu Asteroid 2 Pallas at opposition. Thursday Fri M65 (Galaxy/Leo) 01:18 Friday Sat New
6 Dark Times March 2014 Saturday Sun M96 (Galaxy/Leo) 00:34 Sunday S Mon M48 (Open cluster/hydra) 09:57 Monday S Tue M66 & NGC3628 (Galaxies/Leo) culminate 01:00 Tuesday S Wed NGC4038&39 (Antennae Galaxies/Corvus) culminates 01:37 Wednesday S Thu M68 (Globular cluster/hydra) culminates 02:11 Thursday S Fri M104, Sombrero Galaxy (Galaxy/Virgo) culminates 02:07 Friday S Sat M3 (Globular cluster/canes Venatici) 03:06 Saturday S Sun light Savings Time begins Sunday S Mon NGC5128 (Centaurus A Galaxy) 03:41 Monday S Tue Jupiter 9:58 Tuesday S Wed Mars 10:15 Wednesday S Thu Saturn 12:24 Thursday Fri Mercury at greatest western elongation. (Morning sky just before Sunrise.) Friday Sat Pluto 4:02 Saturday Sun Venus 5:27 Sunday Mon Full Monday Tue Uranus 8:45 Tuesday R Wed Conjunction between the and Mars (Visible after Sunset.) Wednesday R Thu Neptune rises 6:38 Thursday R Fri Vernal Equinox; Conjunction between the and Saturn Friday R Sat NGC2546 (Open cluster/puppis) Saturday R Sun Venus at greatest elongation west. (Morning sky.) Sunday R Mon NGC3226&3227 (Galaxy pair/leo) 11:44 Monday R Tue M97, Owl Nebula (Planetary Nebula/Ursa Major) 00:32 Tuesday R Wed M108 (Galaxy/Ursa Major) 00:25 Wednesday R Thu Conjunction between the and Venus Thursday Fri M81 & 82, Bodes Galaxy, Cigar Galaxy (Galaxies in Ursa Major) 11:02 Friday Sat M108 (Galaxy in Ursa Major) 00:13 Saturday Sun NGC 3242 (Planetary Nebula/Hydra) 11:22 Sunday Mon New Monday Tue NGC 3115 (Galaxy/Sextans) 10:55
7 Dark Times April 2014 Tuesday S Wed NGC 4361 (Planetary Nebula/Corvus) 1:10 Wednesday S Thu M49 (Galaxy/Virgo) 1:11 Thursday S Fri M83 (Galaxy/Hydra) 2:14 Friday S Sat M102, Méchain s Lost Galaxy (Galaxy/Draco) 3:39 Saturday S Sun M5 (Globular cluster/serpens Caput) 3:48 Sunday S Mon NGC 5897 (Globular cluster/libra) 3:43 Monday S Tue Jupiter 2:43 Tuesday S Wed Mars at opposition; 1:30 Wednesday S Thu Saturn 3:34 Thursday S Fri Pluto 2:17 Friday Sat Venus 5:08 Saturday Sun Mercury 6:31 Sunday Mon Uranus 6:27 in conjunction with Mercury Monday Tue Full ; Total lunar eclipse (03:44 EDT); Conjunction between the and Mars. Tuesday Wed Neptune 4:55 Wednesday R Thu Conjunction between the and Saturn. Thursday R Fri Saturn 9:55 Friday R Sat NGC 3962 (Galaxy/Crater) 11:33 Saturday R Sun NGC 3900 (Galaxy/Leo) 11:24 Sunday R Mon M84 (Galaxy/Virgo) 11:56 Monday R Tue Lyrid meteor shower Tuesday R Wed M63, Sunflower Galaxy (Galaxy/Canes Venatici) 12:38 Wednesday R Thu M51 (Galaxy/Canes Venatici) 12:49 Thursday R Fri M101, Pinwheel Galaxy (Galaxy/ Ursa Major) 1:18 Friday Sat NGC 4958 (Galaxy/Virgo) 12:17 Saturday Sun NGC 4565 (Galaxy/Coma Berenices) 11:43 Sunday Mon M106 (Galaxy/Canes Venatici) 11:22 Monday Tue New ; Annular solar eclipse, but you ll have to go to Antarctica or Australia to see it. Tuesday Wed M59 (Galaxy/Virgo) 11:37 Wednesday Thu M60 (Galaxy/Virgo) 11:35
8 Dark Times May 2014 Thursday S Fri M64, Black Eye Galaxy (Galaxy/Canes Venatici) 11:44 Friday S Sat NGC 5982 (Galaxy/Draco) 2:22 Saturday S Sun M80 (Globular cluster/scorpius) 2:56 Sunday S Mon η Aquarid meteor shower Monday S Tue Mercury 9:28 Tuesday S Wed Jupiter sets 1:04 Wednesday S Thu Mars 11:02 Thursday S Fri Saturn 8:24 Friday S Sat Pluto rises 12:22 Saturday S Sun Saturn at opposition. Sunday Mon Venus rises 4:36 Monday Tue Uranus rises 4:36 in conjunction with Venus Tuesday Wed Conjunction between the and Saturn. Wednesday Thu Full Thursday Fri Neptune rises 2:58 Friday R Sat Mars sets 4:15 Saturday R Sun Saturn 12:54 Sunday R Mon Pluto 4:35 Monday R Tue NGC 5248 (Galaxy/Bootes) 11:14 Tuesday R Wed NGC 5566 (Galaxy/Virgo) 11:53 Wednesday R Thu NGC 5576 (Galaxy/Virgo) 11:50 Thursday R Fri NGC 5846 (Galaxy/Virgo) 12:31 Friday R Sat Possible new meteor shower from Comet 209P/LINEAR with up to 1000 ZHR. Saturday Sun Mercury at greatest elongation east. Conjunction between the and Venus Sunday Mon M4, Cat s Eye (Globular cluster/scorpius) 1:36 Monday Tue M13, Great Hercules Cluster (Globular cluster/hercules) 1:50 Tuesday Wed NGC 6235 (Globular cluster/ophiuchus) Wednesday Thu New Thursday Fri M107 (Globular cluster/ophiuchus) 1:29 Friday Sat NGC 6144 (Globular cluster/scorpius) 1:20 Saturday Sun NGC 6118 (Galaxy/ Serpens Caput) 1:11
9 Dark Times June 2014 Sunday S Mon M19 (Globular cluster/ophiuchus) 1:48 Monday S Tue M9 (Globular cluster/ophiuchus) 2:00 Tuesday S Wed M8, Lagoon Nebula (Cluster and nebula/sagittarius) 2:41 Wednesday S Thu M24 (Open cluster-small Sagittarius Star Cloud/Sagittarius) 2:50 Thursday S Fri Mercury 10:12 Friday S Sat Jupiter 11:23 Saturday S Sun Conjunction between the and Mars. Sunday S Mon Comet C/2012 K1 (PANSTARRS) sets 3:34 Monday Tue Mars 2:42 Tuesday Wed Conjunction between the and Saturn. Wednesday Thu Saturn 11:09 Thursday Fri Full Friday Sat Pluto 10:02 Saturday Sun Neptune 1:01 Sunday R Mon Uranus 2:26 Monday R Tue Venus rises 4:04 Tuesday R Wed Asteroid (1) Ceres 3:10 Wednesday R Thu NGC 6217 (Galaxy/ Ursa Minor) 12:09 Thursday R Fri NGC 6207 (Galaxy/Hercules) 12:17 Friday R Sat Summer Solstice. Saturday R Sun NGC 6342 (Globular cluster/ophiuchus) 12:48 Sunday R Mon M6, Butterfly Cluster (Open cluster/scorpius) 1:03 Monday Tue M20, Trifid Nebula (Cluster and nebula/sagittarius 1:21 Tuesday Wed NGC 6543, Cat's Eye Nebula (Planetary nebula/ Draco) 1:12 Wednesday Thu NGC 6517 (Globular cluster/ophiuchus) 1:12 Thursday Fri New Friday Sat M17, Omega Nebula (Cluster and nebula/sagittarius) 1:23 Saturday Sun M69 (Globular cluster/sagittarius) 1:30 Sunday Mon M22, Great Sagittarius Cluster (Globular cluster/sagittarius) 1:31 Monday Tue M70 (Globular cluster/sagittarius) 1:34
10 Dark Times July 2014 Tuesday S Wed M57, Ring nebula (Planetary nebula/lyra) 1:40 Wednesday S Thu M56 (Globular cluster/lyra) 1:59 Thursday S Fri Pluto at opposition Friday S Sat NGC 6830 (Open cluster/vulpecula) 2:26 Saturday S Sun Occultation of Mars by the observable from Mexico & South America Sunday S Mon NGC 6939 (Open cluster/cepheus) 2:57 Monday S Tue Conjunction between the and Saturn. Tuesday S Wed Comet C/2012 K1 (PANSTARRS) 11:43 Wednesday Thu Mars 1:06 Thursday Fri Pluto 1:02 Friday Sat Full ; Mercury at greatest elongation west. (View before Sunrise.) Saturday Sun Neptune 11:10 Sunday Mon Uranus 12:37 Monday Tue Venus 4:10 Tuesday R Wed Mercury rises 4:42 Wednesday R Thu Asteroid (4) Vesta 1:19 Thursday R Fri Asteroid (2) Pallas 12:14 Friday R Sat M21 (Open cluster/sagittarius) 11:44 Saturday R Sun M25 (Open cluster/sagittarius) 12:08 Sunday R Mon M54 (Globular cluster/sagittarius) 12:27 Monday R Tue NGC 6781 (Planetary nebula/aquila) 12:46 Tuesday R Wed NGC 6826 (Planetary nebula/cygnus) 1:08 Wednesday Thu NGC6885 (Open cluster/vulpecula) 1:32 Thursday Fri NGC 6905 (Planetary nebula/delphinus) 1:38 Friday Sat M29 (Open cluster/cygnus) 1:36 Saturday Sun New Sunday Mon δ Aquarid meteor shower Monday Tue NGC 6934 (Globular cluster/delphinus) 1:34 Tuesday Wed M72 (Globular cluster/aquarius) 1:50 Wednesday Thu NGC 6946 (Galaxy/Cepheus) 1:26 Thursday S Fri NGC 7000, North America nebula (Bright nebula/ Cygnus) 1:50
11 Dark Times August 2014 Friday S Sat NGC 7044 (Open cluster/cygnus) 1:57 Saturday S Sun Conjunction between the and Mars. Sunday S Mon NGC 7209 (Open cluster/lacerta) 2:41 Monday S Tue NGC 7296 (Open cluster/lacerta) 3:00 Tuesday S Wed NGC 7448 (Galaxy/Pegasus) 3:28 Wednesday S Thu Mars 11:51 Thursday S Fri Saturn 12:31 Friday Sat Pluto 11:05 Saturday Sun Neptune 2:47 Sunday Mon Full Monday Tue Perseid meteor shower. Tuesday Wed Uranus rises 10:39 Wednesday Thu Venus 4:59 Thursday R Fri Jupiter 5:16 (In conjunction with Venus) Friday R Sat Mercury 8:50 (26 minutes after sunset) Saturday R Sun NGC 6756 (Open cluster/aquila) 10:54 Sunday R Mon NGC 6823 (Open cluster/vulpecula) 11:25 Monday R Tue M71 (Globular cluster/sagitta) 11:31 Tuesday R Wed NGC 6940 (Open cluster/vulpecula) 12:08 Wednesday R Thu NGC 7009 (Planetary nebula/aquarius) 12:34 Thursday R Fri M2 (Globular cluster/aquarius) 12:59 Friday R Sat NGC 7217 (Galaxy/Pegasus) 1:29 Saturday Sun NGC 7243 (Open cluster/lacerta) 1:32 Sunday Mon New Monday Tue Conjunction between Mars and Saturn. Tuesday Wed NGC 7331 (Galaxy/Pegasus) 1:43 Wednesday Thu NGC 7380 (Open cluster/cepheus) 1:48 Thursday Fri Neptune at opposition. Friday S Sat NGC 7479 (Galaxy/Pegasus) 1:59 Saturday S Sun NGC 7510 (Open Cluster/Cepheus) 2:01 Sunday S Mon Conjunction between the and Saturn. (Occultation 1:16 to 2:03 Aug. 31 st )
12 Dark Times September 2014 Monday S Tue NGC 7789 (Open cluster/cassiopeia) 2:39 Tuesday S Wed NGC 129 (Open cluster/cassiopeia) 3:11 Wednesday S Thu NGC 288 (Globular cluster/sculptor) 3:27 Thursday S Fri M74, The Phantom (Galaxy/Pisces) 4:07 Friday S Sat Mercury 8:39 (47 minutes after sunset) Saturday S Sun Saturn 10:37 Sunday Mon Mars 10:40 Monday Tue Full ; Neptune 12:46 Tuesday Wed Pluto 1:45 Wednesday Thu Uranus 8:43 in close conjunction with the Thursday R Fri Jupiter 3:56 Friday R Sat Comet C/2012 K1 (PANSTARRS) 4:46 (predicted to be at Magnitude 6) Saturday R Sun Venus 6:11 (55 min. before sunrise) Sunday R Mon NGC 6910 (Open cluster/cygnus) 10:14 Monday R Tue M73 (Open cluster?/aquarius) 10:46 Tuesday R Wed M15, Great Pegasus Cluster (Globular cluster/pegasus) 11:13 Wednesday R Thu NGC 7160 (Open cluster/cepheus) 11:36 Thursday R Fri NGC 7128 (Open cluster/cygnus) 11:23 Friday R Sat NGC 7510 (Open cluster/ Cepheus) 12:42 Saturday R Sun M52, The Scorpion (Open cluster/cassiopeia) 12:51 Sunday R Mon NGC 7727 (Galaxy/ Aquarius) 1:03 Monday Tue NGC 7662, Blue Snowball Nebula (Planetary nebula/andromeda) 12:45 Tuesday Wed New Wednesday Thu NGC 7814 (Galaxy/Pegasus) 1:15 Thursday Fri NGC 40 (Planetary nebula/cepheus) 1:20 Friday Sat Comet C/2013 A1 (Siding Spring) 6:59 & 9:21 (predicted mag. 7.9) Saturday S Sun M31, Andromeda Galaxy (Galaxy/Andromeda) 1:42 Sunday S Mon NGC 278 (Galaxy/Cassiopeia) 1:48 Monday S Tue NGC 524 (Galaxy/Pisces) 2:16 Tuesday S Wed NGC 752 (Open cluster/andromeda) 2:45
13 Dark Times October 2014 Wednesday S Thu NGC 936 (Galaxy/Cetus) 3:11 Thursday S Fri NGC 1245 (Open cluster/perseus) 3:55 Friday S Sat NGC 1444 (Open cluster/perseus) 4:25 Saturday S Sun Saturn 8:54 in conjunction with Asteroid (1) Ceres Sunday S Mon Comet C/2013 V5 (Oukaimeden) 8:04 (predicted to be at mag. 7.1) Monday Tue Mercury 7:23 (24 minutes after sunset) Tuesday Wed Full ; Total lunar eclipse (6:52 EDT); Uranus at opposition. Wednesday Thu Pluto 11:51 Thursday Fri Mars 9:52 Friday R Sat Neptune 10:37 Saturday R Sun Uranus 12:58 Sunday R Mon Jupiter 2:18; Venus 7:22 (15 minutes before sunrise) Monday R Tue M30 (Globular cluster/capricornus) 9:38 Tuesday R Wed NGC 7606 (Galaxy/Aquarius) 11:12 Wednesday R Thu NGC 7686 (Open cluster/andromeda) 11:18 Thursday R Fri NGC 7723 (Galaxy/Aquarius) 11:24 Friday R Sat NGC 7790 (Open cluster/cassiopeia) 11:39 Saturday R Sun NGC 136 (Open cluster/cassiopeia) 12:12 Sunday R Mon Orionid meteor shower. Monday R Tue NGC 488 (Galaxy/Pisces) 12:51 Tuesday Wed NGC 663 (Open cluster/cassiopeia) 1:11 Wednesday Thu NGC 720 (Galaxy/Cetus) 1:14 Thursday Fri New ; Partial solar eclipse. Friday Sat NGC 772 (Galaxy/Aries) 1:13 Saturday Sun NGC 779 (Galaxy/Cetus) 1:09 Sunday S Mon NGC 884, East Part of Double Cluster (Open cluster/perseus) 1:28 Monday S Tue Mars in conjunction with M8, NGC Tuesday S Wed NGC 1342 (Open cluster/perseus) 2:29 Wednesday S Thu NGC 1501 (Planetary nebula/camelopardalis) 3:00 Thursday S Fri NGC 1647 (Open cluster/taurus) 3:35 Friday S Sat Mercury at greatest elongation west. (View before Sunrise.)
14 Dark Times November 2014 Saturday S Sun light Savings time ends 2 (set occurs on the 2nd occurrence of 1:58.) Sunday S Mon NGC 2264 (Cluster and nebula/monoceros) 4:18 Monday S Tue Taurid meteor shower. Tuesday S Wed Venus 5:29 (9 minutes after sunset) Wednesday Thu Saturn 5:59 (40 minutes after sunset) Thursday Fri Full ; Mars 8:30 Friday Sat Neptune 7:46 Saturday R Sun Uranus 10:04 Sunday R Mon Jupiter 11:49 Monday R Tue Mercury 5:49 Tuesday R Wed NGC 7479 (Galaxy/Pegasus) 8:08 (see also Aug. 30 th ) Wednesday R Thu NGC 157 (Galaxy/Cetus) 9:34 Thursday R Fri NGC 185 (Galaxy/Cassiopeia) 9:34 Friday R Sat NGC 225 (Open cluster/cassiopeia) 9:38 Saturday R Sun NGC 436 (Open cluster/cassiopeia) 10:06 Sunday R Mon M33, Pinwheel Galaxy (Galaxy/Triangulum) 10:17 Monday R Tue Leonid meteor shower. Tuesday R Wed M77 (Galaxy/Cetus) 11:18 Wednesday R Thu M45, Pleiades (Cluster and nebula/taurus) 12:22 Thursday Fri NGC 1407 (Galaxy/Eridanus) 12:07 Friday Sat New Saturday Sun NGC 1502 (Open cluster/camelopardalis) 12:26 Sunday Mon NGC 1513 (Open cluster/perseus) 12:24 Monday S Tue NGC 1545 (Open cluster/perseus) 12:31 Tuesday S Wed NGC 1788 (Bright nebula/orion) 1:14 Wednesday S Thu M78 (Bright nebula/orion) 1:50 Thursday S Fri NGC 2204 (Open cluster/canis Major) 2:14 Friday S Sat M50 (Open cluster/monoceros) 2:57 Saturday S Sun M47 (Open cluster/puppis) 3:27 Sunday S Mon NGC 2567 (Open cluster/puppis) 4:05
15 Dark Times December 2014 Monday S Tue NGC 2683 (Galaxy/Lynx) 4:36 Tuesday S Wed Venus 5:33 (33 minutes after sunset) Wednesday S Thu Mars 8:26 Thursday Fri Neptune 6:00 and 11:26 Friday Sat Full ; Uranus 8:15 and sets at 2:32 Saturday Sun Jupiter 8:09 Sunday Mon Mercury in conjunction with the Sun Monday R Tue Saturn 6:02 Tuesday R Wed Asteroid (6) Hebe 8:43 Wednesday R Thu NGC 253 (Galaxy/Sculptor) 7:56 Thursday R Fri NGC 488 (Galaxy/Pisces) 8:26 Friday R Sat M76, Little Dumbbell (Planetary nebula/perseus) 8:46 Saturday R Sun Geminid meteor shower (This shower can be viewed all night.) Sunday R Mon NGC 1084 (Galaxy/Eridanus) 9:39 Monday R Tue NGC 1513 (Open cluster/perseus) 11:02 Tuesday R Wed NGC 1535 (Planetary nebula/eridanus) 10:59 Wednesday R Thu NGC 1664 (Open cluster/auriga) 11:32 Thursday R Fri NGC 1817 (Open cluster/taurus) 11:49 Friday R Sat M36 (Open cluster/auriga) 12:09 Saturday Sun M37 (Open cluster/auriga) 12:21 Sunday Mon New ; Winter Solstice, Ursid meteor shower. Monday Tue M35 (Open cluster/auriga) 12:30 Tuesday S Wed NGC 2232 (Open cluster/monoceros) 12:45 Wednesday S Thu Puppid Velid meteor shower. Thursday S Fri M93 (Open cluster/puppis) 1:53 Friday S Sat NGC 2613 (Galaxy/Pyxis) 2:38 Saturday S Sun NGC 2742 (Galaxy/Ursa Major) 3:08 Sunday S Mon NGC 2974 (Galaxy/Sextans) 3:39 Monday S Tue NGC 3198 (Galaxy/Ursa Major) 4:12 Tuesday S Wed NGC 3432 (Galaxy/Leo Minor) 4:41 Wednesday S Thu Jupiter 3:21
Using the Dark Times Calendars
Using the Dark Times Calendars Purpose My main reason for creating the Dark Times Calendars was to show, in advance, the best times for deep space astronomical observing. If I want to plan a family vacation
More informationUsing the Dark Times Calendars
Using the Dark Times Calendars Purpose My main reason for creating the Dark Times Calendars was to show, in advance, the best times for deep space astronomical observing. If I want to plan a family vacation
More informationAstronomical Events 2019 (edited somewhat) from:
Astronomical Events 2019 (edited somewhat) from: http://astropixels.com/ephemeris/astrocal/astrocal2019gmt.html January Note: Time column is UT, subtract 5 hours for local EST, 4 hours for DST Jan 1 to
More informationAstronomy wall calendar
to Free oad nl w o for d t n i! pr and nal use o pers The Centre for Astronomical Heritage (CfAH) is a non-profit company working to protect South Africa s astronomical heritage. Donations are always welcome,
More informationWhat's Up? 2018 December 10 to 2019 January 28. Bill Barton, FRAS
What's Up? 2018 December 10 to 2019 January 28 Bill Barton, FRAS The Sky 21:00 Tonight The Sky 07:00 Tomorrow Inner Solar System Sun Declination decreasing until Solstice December 21, perihelion January
More informationAstronomy Club of Asheville March 2018 Sky Events
March 2018 Sky Events The Planets this Month - page 2 Close Conjunction of Venus and Mercury page 5 The Crescent Moon Joins Venus and Mercury page 6 A Crescent Moon Pairs with Aldebaran page 7 Planet Highlights
More informationAstronomical Events for 2018 (compiled from Astropixels.com and RASC Observer s Handbook)
Astronomical Events for 2018 (compiled from Astropixels.com and RASC Observer s Handbook) Date EST Event (h:m) JANUARY Jan 01 Mon 15:00 Mercury at Greatest Elongation 22.7 W 01 Mon 16:54 Moon at Perigee:
More informationNotes on Moon Calendar 1/21/2015
Notes on Moon Calendar 1/21/2015 I used Sun and Moon data from http://aa.usno.navy.mil/data/docs/rs_oneyear.php. I chose "District of Columbia" for location, partly because that's what came up on the screen.
More informationPrairie State Park June 11, 2017
Prairie State Park June 11, 2017 References: https://skysafariastronomy.com/ http://astropixels.com/ephemeris/astrocal/astrocal2017cst.html http://www.seasky.org/astronomy/astronomy-calendar- 2017.html
More informationEarth & Beyond Teacher Newsletter
Paul Floyd s Astronomy & Space Website Earth & Beyond Teacher Newsletter www.nightskyonline.info Earth & Beyond Teaching opportunities for 2012 This special edition has been prepared to assist you with
More informationAstronomy Club of Asheville April 2017 Sky Events
April 2017 Sky Events The Planets this Month page 2 April 6 th - Regulus and the Gibbous Moon page 5 April 10 th -The Full Moon Joins Jupiter and Spica page 6 Planet Highlights page 7 Moon Phases page
More informationSLAS Dark Sky Party Oct 28, 2016
SLAS Dark Sky Party Oct 28, 2016 References: http://astropixels.com/ephemeris/astrocal/astrocal2017cst.html http://www.seasky.org/astronomy/astronomy-calendar- 2017.html http://www.calsky.com/cs.cgi RASC
More informationAstronomical events in 2018
La Société Guernesiaise Astronomy Section Astronomical events in 2018 as seen from Guernsey compiled by David Le Conte This year sees a very favourable opposition of Mars on 27 July and, on the same day,
More informationObservation plan for the month of October 2015
Observation plan for the month of October 2015 Circumpolar section Seen Date(s) seen Object RA Dec Mag Comments M101 14h 04' +54º 17' 7.7 Galaxy in Ursa Major M108 11h 11' +55º 40' 10.9 Galaxy in Ursa
More informationSKYCAL - Sky Events Calendar
SKYCAL - Sky Events Calendar Your web browser must have Javascript turned on. The following browsers have been successfully tested: Macintosh - Firefox 3.0 (Safari NOT supported) Windows - Firefox 3.0,
More informationObservation Plan for the month of January Moon New 1 st Quarter Full Moon Last Quarter 17 th 24th 2 nd and 31 st (Blue Moon) 8th
Observation Plan for the month of January 2018 Moon New 1 st Quarter Full Moon Last Quarter 17 th 24th 2 nd and 31 st (Blue Moon) 8th Planets Planet Magnitude Comments Mercury -0.3 Rising in the SE just
More informationWHAT'S UP THIS MONTH - OCTOBER 2015
WHAT'S UP THIS MONTH - OCTOBER 2015 THESE PAGES ARE INTENDED TO HELP YOU FIND YOUR WAY AROUND THE SKY The chart above shows the night sky as it appears on 15 th October at 10 o clock in the evening British
More informationAstronomy Club of Asheville December 2017 Sky Events
December 2017 Sky Events The Planets this Month - page 2 December 13-16 Crescent Moon with Jupiter and Mars page 8 Planet Highlights - page 9 Moon Phases - page 12 December 13 th Geminid Meteor Shower
More informationAstronomy Club of Asheville November 2017 Sky Events
November 2017 Sky Events The Planets this Month page 2 Close Conjunction of Venus and Jupiter page 7 Conjunction of Crescent Moon, Saturn & Mercury page 8 Planet Highlights page 9 Moon Phases page 12 November
More informationWHAT S UP? JULY The Night Sky for Mid-Month at 10PM (Credit: Cartes du Ceil)
WHAT S UP? JULY 2013 The monsoon season begins in earnest in July (we hope!), which could definitely affect evening viewing, at least shortly after sunset, until the storm clouds die down. Constellations
More informationAstrochart Links: Pennsic 43: coming July 25
Astrochart Links: Pennsic 43: coming July 25 Here are the views of the sky each night of Pennsic XLIII, July & August 2014. Stars begin to come out half an hour after sunset, around 9 o'clock to half past,
More informationSky views October 2007 revised 10/8/07 (excerpted from Astronomy magazine, 10/2007 issue) by Barbara Wiese
Sky views October 2007 revised 10/8/07 (excerpted from Astronomy magazine, 10/2007 issue) by Barbara Wiese Monthly Overview - Views by Date Definitions Overview Viewing Notes Jupiter in Ophiuchus Neptune
More informationObservation plan for the month of May 2016
Observation plan for the month of May 2016 Circumpolar section Seen Date(s) seen Object RA Dec Mag Comments M101 14h 03' +54º 21' 7.7 Galaxy in Ursa Major M108 11h 11' +55º 40' 10.9 Galaxy in Ursa Major
More informationThe Night Sky in August, 2018
The Night Sky in August, 2018 An interesting bit of news this month is that 12 new moons have been found in orbit around Jupiter! This brings the total number to 79 instead of a mere 67! The new moons
More informationMessier Marathon Checkoff List 1
Messier Marathon Checkoff List 1 by Ken Graun DATE 8 p.m. 2 74 3, 77, 52, 31/32/110, 33, 103, 111/112, 76, 34 M74 1h 36.7m +15 47' Psc Spiral Galaxy 9.2 10' x 9' The Phantom M77 2h 42.7m 0 01' Cet Spiral
More informationAstronomy Club of Asheville June 2018 Sky Events
June 2018 Sky Events The Planets this Month - page 2 June 14 th Dusk s Venus, Mercury and a Sliver of Moon page 5 June 27 th Conjunction of the Full Moon with Saturn page 6 Planet Highlights - page 7 Moon
More informationGTAS 2016 Event Planning Calendar
GTAS 0 Event Planning Calendar This calendar is a PDF print of NASA's SkyCal for 0 with text added for events with Nitro PDF Creator (Reader ), a free program. The official copy is maintained by Bob Moler
More informationThink about. Aug. 13, What is science?
Think about Aug. 13, 2018 What is science? Science Science is both a body of knowledge and a process for building that body of knowledge. This involves inquiry, that is, developing explanations for why
More informationWHAT S UP? SEPTEMBER 2013
WHAT S UP? SEPTEMBER 2013 Stars? What stars? The chances of rain subside somewhat in September which, hopefully, will mean the storm clouds will exit the area a little earlier in the evening and allow
More informationAstronomy Club of Asheville February 2018 Sky Events
February 2018 Sky Events The Planets this Month page 2 The Gibbous Moon Joins Jupiter, Mars and Antares page 7 A Crescent Moon Pairs with Venus page 8 Conjunction of Near Full Moon with Regulus page 9
More informationJANUARY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY SUNDAY
Vocabulary (01) The Calendar (012) In context: Look at the calendar. Then, answer the questions. JANUARY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY SUNDAY 1 New 2 3 4 5 6 Year s Day 7 8 9 10 11
More informationThe Sky Perceptions of the Sky
The Sky Perceptions of the Sky An Observer-Centered Hemisphere Night & Day - Black & Blue - Stars & Sun Atmospheric & Astronomical Phenomena Weather, Clouds, Rainbows,... versus Sun, Moon, Stars, Planets,...
More informationThe Atlanta Astronomy Club. Charlie Elliot Chapter. Observing 101
The Atlanta Astronomy Club Charlie Elliot Chapter Observing 101 1 Observing 101 Dec 2010 Astro Events Target List Featured Object 2 Astro Events Tonight: Sunset at 5:29 PM Moon sets at 4:34 PM Mercury
More informationWHAT'S UP THIS MONTH - NOVEMBER 2015
WHAT'S UP THIS MONTH - NOVEMBER 2015 THESE PAGES ARE INTENDED TO HELP YOU FIND YOUR WAY AROUND THE SKY The chart above shows the night sky as it appears on 15 th November at 9 o clock in the evening Greenwich
More informationLAS Meeting January 20 th
LAS Meeting January 20 th The next LAS meeting will be on Saturday, January 20 th from 4 to 7 pm at the First Evangelical Lutheran Church, 803 3 rd Avenue, Longmont, CO. This will be a pot luck election
More informationExplore the Universe Observing Certificate and Pin #3
Explore the Universe Observing Certificate and Pin #3 Lunar Phases (4 of 8) Waxing Crescent Day 3 seen within 3h of sunset First Quarter within +- 18 hours Waxing Gibbous 3-4 days after First Quarter Full
More informationAstronomy Club of Asheville January 2016 Sky Events
January 2016 Sky Events The Planets this Month - page 2 Planet Highlights - page 7 All 5 Naked-Eye Planets in the Dawn Sky - page 10 Moon Phases - page 11 Earth Reaches Perihelion on Jan. 4 - page 12 Quadrantid
More informationCENTRAL VALLEY ASTRONOMERS 2012 CALENDAR
CENTRAL VALLEY ASTRONOMERS 2012 CALENDAR Waxing Crescent Moon by Clarence Noell Along the Terminator by Clarence Noell COVER PHOTO: The Louis Mendoza 20 Telescope at Riverpark by Casey Chumley Waxing Gibbous
More informationMathematical Astronomy Morsels Combined Table of Contents
Mathematical Astronomy Morsels Combined Table of Contents This is a combined table of contents for all four volumes of Mathematical Astronomy Morsels by Jean Meeus. It is organized by section, then by
More informationNOVEMBER SKY CHARTS. E V E N I N G SKY M ID NO V EMB E R at 21 h 0 0 ( SO U TH DOWN)
NOVEMBER 2017 1. SKY CHARTS E V E N I N G SKY M ID NO V EMB E R at 21 h 0 0 ( NO R TH DO WN) E V E N I N G SKY M ID NO V EMB E R at 21 h 0 0 ( SO U TH DOWN) 1 PLEASE NOTE: All events predicted below are
More informationCelestial Events for 2018 Hōkūlani Imaginarium Windward Community College Joseph Ciotti
Celestial Events for 2018 Hōkūlani Imaginarium Windward Community College Joseph Ciotti all times HST Month Day Time Celestial Event 2018 Jan 1 11:54 am Moon at (closest to earth) 1 4:24 pm Full Moon Super
More informationProfessor Comet Report. March The Bright Comets for 2010!
Professor Comet Report March 2010 The Bright Comets for 2010! C/2009 K5 (McNaught) This comet is currently bright at a visual magnitude of 9.1 and expected to reach visual Mag 8.8 by 27 March 2010. Then
More informationData for Best Viewing of the Planets July 15, 2018
Data for Best Viewing of the Planets 2018-2050 July 15, 2018 Traditionally, the best time to view a planet was reckoned to be when it was at opposition the time when the line from the Sun to the Earth
More informationGriffith Observatory Field Trip Guide
To enter the Griffith Observatory you must make a reservation for a seat on a shuttle. There is a cost associated with each shuttle ticket and it is $8.00. There is no other way to enter Griffith Observatory!
More informationCENTRAL VALLEY ASTRONOMERS 2004 CALENDAR
CENTRAL VALLEY ASTRONOMERS 2004 CALENDAR Cover Photo ~ M51, the Whirlpool Galaxy By Greg Morgan Left ~ Plato By Dr. Fred Ringwald Below ~ Straight Wall By David Lehman JANUARY 2004 Sunday Monday Tuesday
More informationPHSC 1053: Astronomy Time and Coordinates
PHSC 1053: Astronomy Time and Coordinates Astronomical Clocks Earth s Rotation on its Axis Time between two successive meridian transits of the sun 1 solar day (our adopted clock time) 24 hours (86,400
More informationAstronomy 291. Professor Bradley M. Peterson
Astronomy 291 Professor Bradley M. Peterson The Sky As a first step, we need to understand the appearance of the sky. Important points (to be explained): The relative positions of stars remain the same
More informationDark Sky Observing Preview. BSA Troop 4 Pasadena, CA
Dark Sky Observing Preview BSA Troop 4 Pasadena, CA Topics Finding Dark sky Observing etiquette Observing basics Things to see Resources Finding Dark Sky To see faint objects, you want the darkest sky
More information(All times listed are UT); Singapore Standard (Local) Time = UT + 8 h
SKYTRACK Diary of Astronomical Events 2011 (All times listed are UT); Singapore Standard (Local) Time = UT + 8 h January 02 15 Mercury 4º N of Moon 04 09 NEW MOOM (Partial Solar Eclipse not visible from
More informationPHYS 160 Astronomy Test #1 Fall 2017 Version B
PHYS 160 Astronomy Test #1 Fall 2017 Version B 1 I. True/False (1 point each) Circle the T if the statement is true, or F if the statement is false on your answer sheet. 1. An object has the same weight,
More informationThe Inferior Planets. Culpeper Astronomy Club Meeting October 23, 2017
The Inferior Planets Culpeper Astronomy Club Meeting October 23, 2017 Overview Introductions Dark Matter (Ben Abbott) Mercury and Venus Stellarium Constellations: Aquila, Cygnus Observing Session (?) Image
More informationObserving the Universe for Yourself
Observing the Universe for Yourself Figure 6-20 Solar-System Formation What does the universe look like from Earth? With the naked eye, we can see more than 2,000 stars as well as the Milky Way. A constellation
More informationToday in Space News: Earth s oldest rock found on the Moon.
Today in Space News: Earth s oldest rock found on the Moon https://www.lpi.usra.edu/features/012419/oldest-rock/ Study Points Predict the approximate time of day/night you should look for first quarter
More informationASTROLOGY CALENDAR 2018
ASTROLOGY CALENDAR 2018 www.sarahsastrology.com Email: sarahsastrology@googlemail.com Twitter @sarahsastro Google+ sarahsastrology Facebook www.facebook.com/sarahsastrology Linkedin Sarah Cochrane Pinterest
More informationWHAT'S UP THIS MONTH OCTOBER 2018
WHAT'S UP THIS MONTH OCTOBER 2018 THESE PAGES ARE INTENDED TO HELP YOU FIND YOUR WAY AROUND THE SKY The chart above shows the night sky as it appears on 15 th October at 21:00 (9 o clock) in the evening
More informationWhat s Up! For November 2017
What s Up! For November 2017 The November Night Sky N As at 10 p.m. mid-month Mercury An evening sky object this month, but poorly placed, low in southwest after sunset. Best in last few days of November,
More informationPaper Reference. Tuesday 14 June 2005 Morning Time: 2 hours
Centre No. Candidate No. Paper Reference(s) 1627/01 Edexcel GCSE Astronomy Paper 01 Tuesday 14 June 2005 Morning Time: 2 hours Materials required for examination Nil Items included with question papers
More informationAstr 1050 Mon. Jan. 31, 2017
Astr 1050 Mon. Jan. 31, 2017 Finish Ch. 2: Eclipses & Planetary Motion Seasons Angular Size formula Eclipses Planetary Motion Reading: For Today: Finish Chapter 2 For Monday: Start Chapter 3 Homework on
More informationAstronomy 3. Earth Movements Seasons The Moon Eclipses Tides Planets Asteroids, Meteors, Comets
Astronomy 3 Earth Movements Seasons The Moon Eclipses Tides Planets Asteroids, Meteors, Comets Earth s Movements Orbit- the path in which an object travels around another object in space Revolution the
More informationJovian Planet Properties
The Outer Planets Jovian Planet Properties Jovian Planet Properties Compared to the terrestrial planets, the Jovians: are much larger & more massive are composed mostly of Hydrogen, Helium, & Hydrogen
More informationThe Night Sky in July, 2018
The Night Sky in July, 2018 This month s Newsletter comes from Crete! When we first arrived here on June 16 th we were treated to the sight of Jupiter in the south and a brilliant Venus close to a slender
More informationChapter 2 Lecture. The Cosmic Perspective Seventh Edition. Discovering the Universe for Yourself Pearson Education, Inc.
Chapter 2 Lecture The Cosmic Perspective Seventh Edition Discovering the Universe for Yourself Discovering the Universe for Yourself 2.1 Patterns in the Night Sky Our goals for learning: What does the
More informationJanuary 2009 Videmus Stellae
January 2009 January Schedule of Events Sun Mon Tu e Wed Thu Fri Sat Jan 6th: ATM Sub at Paul Lind s Garage at 1900 Jan 9th: SAC General at Grand Canyon University at 1930 in room 105 of the Fleming Bldg.
More informationPlanets in the Sky ASTR 101 2/16/2018
Planets in the Sky ASTR 101 2/16/2018 1 Planets in the Sky 2018 paths of Jupiter among stars (2017/2018) Unlike stars which have fixed positions in the sky (celestial sphere), planets seem to move with
More informationWHAT'S UP THIS MONTH MAY 2018
WHAT'S UP THIS MONTH MAY 2018 THESE PAGES ARE INTENDED TO HELP YOU FIND YOUR WAY AROUND THE SKY The chart on the last page is included for printing off and use outside The chart above shows the whole night
More informationNATIONAL UNIVERSITY OF SINGAPORE DEPARTMENT OF MATHEMATICS SEMESTER 2 EXAMINATION Heavenly Mathematics: Cultural Astronomy
1 GEK1506 NATIONAL UNIVERSITY OF SINGAPORE DEPARTMENT OF MATHEMATICS SEMESTER 2 EXAMINATION 2005 2006 GEK1506 Heavenly Mathematics: Cultural Astronomy April/May 2006 Time allowed: 2 hours 1. After taking
More informationThe Night Sky in October, 2016
The Night Sky in October, 2016 At the beginning of October, the Sun will rise at 07:12 BST and set at 18:45 BST. By the end of the month it will rise at 07:07 GMT and set at 16:38 GMT. So let s hope for
More informationPractice Questions: Seasons #1
1. Seasonal changes on Earth are primarily caused by the A) parallelism of the Sun's axis as the Sun revolves around Earth B) changes in distance between Earth and the Sun C) elliptical shape of Earth's
More information3. The diagram below shows the Moon at four positions in its orbit around Earth as viewed from above the North Pole.
1. Which object orbits Earth in both the Earth-centered (geocentric) and Sun-centered (heliocentric) models of our solar system? (1) Polaris (3) the Sun (2) Venus (4) the Moon 2. A cycle of Moon phases
More informationChapter 2 Discovering the Universe for Yourself. Copyright 2012 Pearson Education, Inc.
Chapter 2 Discovering the Universe for Yourself 1 2.1 Patterns in the Night Sky Our goals for learning: What does the universe look like from Earth? Why do stars rise and set? Why do the constellations
More informationWhat s Up. Constellations in May at 10.30pm
May 2017 Constellations in May at 10.30pm Planets May 2017 (ephemeris for the 15 th of the month) Planet Rises Culm Sets Mag Comments Mercury 04:42 11:22 18:03 0.8 Venus 03:52 10:08 16:25-4.4 Mars 06:18
More informationBrock University. Test 1, September 2014 Number of pages: 9 Course: ASTR 1P01 Number of Students: 500 Date of Examination: September 29, 2014
Brock University Test 1, September 2014 Number of pages: 9 Course: ASTR 1P01 Number of Students: 500 Date of Examination: September 29, 2014 Number of hours: 50 min Time of Examination: 18:00 18:50 Instructor:
More informationA. The moon B. The sun C. Jupiter D. Earth A. 1 B. 2 C. 3 D. 4. Sky Science Unit Review Konrad. Here is a selection of PAT style questions.
Sky Science Unit Review Konrad Here is a selection of PAT style questions. Use the following information to answer the next question 1. 2. The source of light that allows astronimors to see Jupitor through
More informationastronomy A planet was viewed from Earth for several hours. The diagrams below represent the appearance of the planet at four different times.
astronomy 2008 1. A planet was viewed from Earth for several hours. The diagrams below represent the appearance of the planet at four different times. 5. If the distance between the Earth and the Sun were
More informationA. the spinning of Earth on its axis B. the path of the Sun around Earth
stronomy 1 Packet Write answers on your own paper 1. The Sun appears to move across the sky each day. What causes this?. the spinning of Earth on its axis. the path of the Sun around Earth. the production
More informationChapter 2 Discovering the Universe for Yourself. What does the universe look like from Earth? Constellations. 2.1 Patterns in the Night Sky
Chapter 2 Discovering the Universe for Yourself 2.1 Patterns in the Night Sky Our goals for learning: What does the universe look like from Earth? Why do stars rise and set? Why do the constellations we
More informationChapter 1: Discovering the Night Sky. The sky is divided into 88 unequal areas that we call constellations.
Chapter 1: Discovering the Night Sky Constellations: Recognizable patterns of the brighter stars that have been derived from ancient legends. Different cultures have associated the patterns with their
More informationPassover Days CE
Passover Days 28-35 CE 1. Introduction There have been various attempts over the years at producing calendars in modern formats for the year of the Crucifixion of the Messaiah. The accuracy of these is
More informationdrinking straw, protractor, string, and rock. observer on Earth. Sun across the sky on March 21 as seen by an
1. The diagram below represents some constellations and one position of Earth in its orbit around the Sun. These constellations are visible to an observer on Earth at different times of the year. When
More informationTHE UNIVERSE AND THE EARTH
ESO1 THE UNIVERSE AND THE EARTH Unit 1 What is the Universe like? Universe theories Ideas about the Universe: Geocentric theory Aristotle (B.C) and Ptolomy (A.D) Heliocentric theory Copernicus in 1542
More informationThe Amazing Sky Photography by Alan Dyer / 2019 AmazingSky.com
The Amazing Sky 2019 Photography by Alan Dyer / 2019 AmazingSky.com On the evening of January 20 North America sees a total eclipse of the Moon, when the Moon will appear coppery red, as it did here on
More informationASTR 101L: Motion of the Sun Take Home Lab
Name: CWID: Section: Introduction Objectives This lab is designed to help you understand the Sun s apparent motion in the sky over the course of the year. In Section 2 you are asked to answer some questions
More informationWhat Patterns Can Be Observed in a Year?
LESSON 3 What Patterns Can Be Observed in a Year? From this vantage point, you can see the moon, sun, stars, and Earth. From Earth s surface, there are patterns to how the sun, moon, and stars appear in
More informationChapter 17 Solar System
Chapter 17 Solar System Rotation Earth spinning on its axis (like a top) "TOP" imaginary rod running through the center of the Earth from North pole to South pole The Earth is tilted on its axis at an
More informationChapter 2 Discovering the Universe for Yourself
Chapter 2 Discovering the Universe for Yourself 2.1 Patterns in the Night Sky Our goals for learning: What does the universe look like from Earth? Why do stars rise and set? Why do the constellations we
More informationSTANDARD. S6E1 d. Explain the motion of objects in the day/night sky in terms of relative position.
STANDARD S6E1 d. Explain the motion of objects in the day/night sky in terms of relative position. S6E2 b. Explain the alignment of the earth, moon, and sun during solar and lunar eclipses. c. Relate the
More informationUnit 2. Cycles of the Sky
Unit 2 Cycles of the Sky The Celestial Sphere Vast distances to stars prevent us from sensing their true 3-D arrangement Naked eye observations treat all stars at the same distance, on a giant celestial
More informationAstronomy 101: 9/18/2008
Astronomy 101: 9/18/2008 Announcements Pick up a golf ball at the front of the class or get one from Alex; you will need it for an in-class activity today. You will also need the question sheet from Alex.
More informationWhat's Up! For February 2018
What's Up! For February 2018 The February Night Sky N As at 8 p.m. mid-month Mercury An evening object, very low in West just 30 mins after sunset at end of month, Mag -1.3. Venus A brilliant evening
More informationThe Night Sky in September, 2018
The Night Sky in September, 2018 Hello all! Welcome to the September Newsletter! September is usually recognised by astronomers as the beginning of the observing year. Here s hoping for some warm nights
More informationChapter 2 Discovering the Universe for Yourself
Chapter 2 Discovering the Universe for Yourself 2.1 Patterns in the Night Sky Our goals for learning: What does the universe look like from Earth? Why do stars rise and set? Why do the constellations we
More informationBrock University. Test 1, October 2016 Number of pages: 9 Course: ASTR 1P01 Number of Students: 500 Date of Examination: October 3, 2016
Brock University Test 1, October 2016 Number of pages: 9 Course: ASTR 1P01 Number of Students: 500 Date of Examination: October 3, 2016 Number of hours: 50 min Time of Examination: 17:00 17:50 Instructor:
More information8 - Planetarium. Purpose: To experience the motion of the Sun and the night sky at different times and different locations on Earth.
Name: Date: ASTR 110L 8 - Planetarium Purpose: To experience the motion of the Sun and the night sky at different times and different locations on Earth. During this activity, use only constellations from
More informationSKYTRACK. Diary of Astronomical Events (All times listed are UT); Singapore Standard (Local) Time = UT + 8 h. January d h.
SKYTRACK Diary of Astronomical Events 2012 (All times listed are UT); Singapore Standard (Local) Time = UT + 8 h January 01 06 FIRST QUARTER 03 03 Jupiter 5ºS of Moon 09 08 FULL MOON 14 07 Mars 9ºN of
More informationASTRONOMY Merit Badge Requirements
ASTRONOMY Merit Badge Requirements 1) Do the following: A) Sketch the face of the moon, indicating on it the locations of at least five seas and five craters. B) Within a single week, sketch the position
More informationHERMANUS ASTRONOMY CENTRE THE SKY THIS MONTH : MARCH SKY MAPS E VENING SK Y MID MARCH at 21 h 0 0
HERMANUS ASTRONOMY CENTRE THE SKY THIS MONTH : MARCH 2016 http://www.hermanusastronomy.co.za/ 1. SKY MAPS E VENING SK Y MID MARCH at 21 h 0 0 1 PLEASE NOTE: All events predicted below are as observed from
More informationName: Date: 5. The bright stars Vega, Deneb, and Altair form A) the summer triangle. B) the winter triangle. C) the Big Dipper. D) Orion, the Hunter.
Name: Date: 1. If there are about 6000 stars in the entire sky that can be seen by the unaided human eye, about how many stars would be seen at a particular instant on a given dark night from a single
More informationMotions in the Sky. Stars Planets Sun Moon. Photos - APOD. Motions in the Sky - I. Intro to Solar System
Motions in the Sky Stars Planets Sun Moon Photos - APOD 1 STARS: background for motion of other objects patterns - constellations zodiac: special set of constellations trace the apparent path of the Sun
More informationWHAT'S UP THIS MONTH OCTOBER 2017
WHAT'S UP THIS MONTH OCTOBER 2017 THESE PAGES ARE INTENDED TO HELP YOU FIND YOUR WAY AROUND THE SKY The chart on the last page is included for printing off and use outside The chart above shows the night
More informationC) the seasonal changes in constellations viewed in the night sky D) The duration of insolation will increase and the temperature will increase.
1. Which event is a direct result of Earth's revolution? A) the apparent deflection of winds B) the changing of the Moon phases C) the seasonal changes in constellations viewed in the night sky D) the
More information