Astronomy Calendar of Celestial Events 2010 |
In all reports, times and dates are in standard time for Sofia, Bulgaria
Sofia
Latitude: 42°41'05" N
Longitude: 23°19'10" E
Local Time = UT + 2:00 hours
Elevation: 560 meters
More reports generated by Astronomy Lab, marked as astron. lab
(corrected by daylight savings time or summer time).
Times are in 24 hour format.
Abbreviations used in reports:
AU – Astronomical Units (150 000 000 km)
D – Degrees
DEC – Declination
DIST – Distance
DSO – December Solstice
E – East
FM – Full Moon
FQ – First Quarter Moon
H – Hours
ILL FR,
ILLUM FRAC – Illuminated Fraction
JSO – June Solstice
KM – Kilometers
LE – Lunar Eclipse
LQ – Last Quarter Moon
M – Minutes
MEQ – March Equinox
MR – Moon Rise
MS – Moon Set
N – North
NM – New Moon
RA – Right Ascension
S – South, Seconds
SE – Solar Eclipse
SEQ – September Equinox
SR – Sunrise
SS – Sunset
UT – Universal Time
W – West
ZHR – Zenithal Hourly Rate
Bulgaria
Sofia
Latitude: 42°41'05" N
Longitude: 23°19'10" E
Local Time = UT + 2:00 hours
Elevation: 560 meters
Seasons 2010
|
|
data
|
hour
|
length
|
|
March Equinox
|
20 Mar 2010
|
19:31
|
Winter Length 88,99 days
|
|
June Solstice
|
21 Jun 2010
|
14:27
|
Spring Length 92,75 days
|
|
September Equinox
|
23 Sep 2010
|
06:11
|
Summer Length 93,66 days
|
|
December Solstice
|
22 Dec 2010
|
01:39
|
Autumn Length 89,85 days
|
astron. lab
Dates of Easter (2010 – 2015)
23 Mar 2008
12 Apr 2009
04 Apr 2010
24 Apr 2011
08 Apr 2012
31 Mar 2013
20 Apr 2014
05 Apr 2015
astron. lab
European Summer Time
European Summer Time is the arrangement in Europe by which clocks are advanced by one hour in Spring to make the most of seasonal daylight. This is done in all of the countries of Europe except Iceland which observes Greenwich Mean Time (GMT) all year round. In the European Union this period extends from 01:00 GMT on the last Sunday in March until 01:00 GMT on the last Sunday in October each year. Europe is not currently observing Summer Time.
Exact timing in the next several years:
European Summer Time begins (clocks go forward) at 01:00 GMT on
28 March 2010
27 March 2011
25 March 2012
31 March 2013
European Summer Time ends (clocks go backward) at 01:00 GMT on
31 October 2010
30 October 2011
28 October 2012
27 October 2013
A time zone is a region of the earth that has uniform standard time, usually referred to as the local time. By convention, time zones compute their local time as an offset from UTC (see also Greenwich Mean Time). Local time is UTC plus the current time zone offset for the considered location.
On the figure is a map of standard time zones of the world as of June 2008.
more links:
Summer time or daylight saving time (DST) is the practice of advancing clocks so that afternoons have more daylight and mornings have less. Typically clocks are adjusted forward one hour near the start of spring and are adjusted backward in autumn. Modern DST was first proposed in 1895 by George Vernon Hudson, a New Zealand entomologist. Many countries using it but not all absolutely.
The practice is controversial. Adding daylight to afternoons benefits retailing, sports, and other activities that exploit sunlight after working hours, but causes problems for farming, evening entertainment and other occupations tied to the sun. Traffic fatalities are reduced when there is extra afternoon daylight; its effect on health and crime is less clear. Although an early goal of DST was to reduce evening usage of incandescent lighting, formerly a primary use of electricity, modern heating and cooling usage patterns differ greatly, and research about how DST currently affects energy use is limited and often contradictory. Although not used by most of the world's people, daylight saving time is common in high latitudes (bellow).
Lunar Eclipses
Moon rise: 21:19
Moon set: 05:31
Magnitude: 0.53
Partial phase begins: 13:17
Time of maximum eclipse: 14:39
Partial phase ends: 16:00
The first lunar eclipse of 2010 is visible from much of the Americas, the Pacific and eastern Asia.
The eclipse is invisible from the territory of Bulgaria.
Moon rise: 17:08
Moon set: 07:55
Magnitude: 1.25
Partial phase begins: 08:32
Total phase begins: 09:41
Time of maximum eclipse: 10:17
Total phase ends: 10:53
Partial phase ends: 12:01
The second and last lunar eclipse of 2010 is especially well placed for observers throughout North America.
The eclipse is invisible from the territory of Bulgaria.
astron. lab
Solar Eclipses
Sun rise: 07:54
Sun set: 17:18
Partial phase begins: before sunrise
Time of maximum eclipse: 08:07
Partial phase ends: 08:52
Eclipse is annular
Eclipse is visible in the northern hemisphere
An annular eclipse will be visible from a 300-km-wide track that traverses central Africa, the Indian Ocean and eastern Asia. A partial eclipse is seen within the much broader path of the Moon's penumbral shadow, which includes Eastern Europe, most of Africa, Asia, and Indonesia. The path of the Moon's antumbral shadow begins in Africa and passes through Chad, Central African Republic, Democratic Republic of the Congo, Uganda, Kenya, and Somalia. After leaving Africa, the path crosses the Indian Ocean where the maximum duration of annularity reaches 11 min 08 s.
From Bulgaria the solar eclipse is visible as a partial, Fig. 1.
Figure 1. On the figure is shown the sky situation Sun-Moon in 08:07 for Bulgaria. Solar azimuth=120o39.6' and altitude=1o10.8'
Sun rise: 05:59
Sun set: 21:05
Time of maximum eclipse: 22:33
Eclipse is total
Eclipse is visible in the southern hemisphere (invisible from Bulgaria)
On Sunday, 2010 July 11, a total eclipse of the Sun is visible from within a narrow corridor of southern Hemisphere. The path of the Moon umbra shadow crosses the South Pacific Ocean where it makes no landfall except for Mangaia (Cook Islands) and Easter Island (Isla de Pascua). The path of totality ends just after reaching southern Chile and Argentina. The Moon's penumbral shadow produces a partial eclipse visible from a much larger region covering the South Pacific and southern South America, Fig. 2.
Fig. 2. Path of the Moon shadow crosses the South Pacific Ocean on 11 July 2010.
Fig. 3. Time of eclipse totality (Greatest Eclipse) for Easter Island 14h11m (LST=UT-6)
Fig. 4. Night image from the Easter Island.
more links:
Planet Data
Planet Mean Dist Period of Period of Inclination Equatorial
from Sun Revolution Revolution to Ecliptic Diameter
giants AU around the Sun around its axis km
Mercury 0.39 87.96 days 58.65 days 7.01° 4880
Venus 0.72 224.70days -243.02 days 3.39° 12104
Earth 1.00 365.26days 0.997 days 0.0° 12756
Mars 1.52 686.98days 1.03 days 1.85° 6794
Jupiter 5.20 11.86 years 9.91 hours 1.31° 142980
Saturn 9.54 29.46 years 10.23 hours 2.49° 120540
Uranus 19.18 84.01 years -17.90 hours 0.77° 51120
Neptune 30.06 164.79 years 16.11 hours 1.77° 49500
Sketch of our Solar system. It is shown family of giant planets and family of dwarf planets.
Planet Mean Dist Period of Period of Inclination Equatorial
from Sun Revolution Revolution to Ecliptic Diameter
dwarfs AU around the Sun around its axis o km
Ceres 2.77 4.60 year 9.12 hours 10.59° 974.6
Pluto 39.48 248.09 years -6.39 days 17.14° ~2300.0
Haumea 43.34 285.40days ??? 28.19° ~1150.0
Makemake 45.79 309.90days ??? 28.96° ~1500.0
Eris 67.67 557.00days 7.2 hours? 44.19° ~2400.0
Equation of time graph for 2010 (Bulgaria)
The equation of time is the difference between apparent solar timeand mean solar time, both taken at a given place (or at another place with the same geographicallongitude) at the same real instant of time.
Apparent (or true) solar time can be obtained for example by measurement of the current position (hour angle) of the Sun, or indicated (with limited accuracy) by a sundial. Mean solar time, for the same place, would be the time indicated by a steady clock set so that its differences over the year from apparent solar time average to zero (with zero net gain or loss over the year).
The equation of time varies over the course of a year, in a way that is almost exactly reproduced from one year to the next. Apparent time, and the sundial, can be ahead (fast) by as much as 16 min 33 s (around 3 November), or behind (slow) by as much as 14 min 6 s (around 12 February).
The equation of time results mainly from two different superposed astronomical causes (explained below), each causing a different non-uniformity in the apparent daily motion of the Sun relative to the stars, and contributing a part of the effect:
the obliquity of the ecliptic (the plane of the Earth's annual orbital motion around the Sun), which is inclined by about 23.44 degrees relative to the plane of the Earth's equator; and the eccentricity and elliptical form of the Earth's orbit around the Sun.
The equation of time is also the east or west component of the analemma, a curve representing the angular offset of the Sun from its mean position on the celestial sphere as viewed from Earth.
The equation of time was used historically to set clocks. Between the invention of accurate clocks in 1656 and the advent of commercial time distribution services around 1900, one of two common land-based ways to set clocks was by observing the passage of the sun across the local meridian at noon. The moment the sun passed overhead, the clock was set to noon, offset by the number of minutes given by the equation of time for that date. (The second method did not use the equation of time, it used stellar observations to give sidereal time, in combination with the relation between sidereal time and solar time.) The equation of time values for each day of the year, compiled by astronomical observatories, were widely listed in almanacs and ephemerides.
Naturally, other planets will have an equation of time too. On Mars the difference between sundial time and clock time can be as much as 50 minutes, due to the considerably greater eccentricity of its orbit.
Practical use
If the gnomon (the shadow-casting object) is not an edge but a point (e.g., a hole in a plate), the shadow (or spot of light) will trace out a curve during the course of a day. If the shadow is cast on a plane surface, this curve will (usually) be the conic section of the hyperbola, since the circle of the Sun's motion together with the gnomon point define a cone. At the spring and fall equinoxes, the cone degenerates into a plane and the hyperbola into a line. With a different hyperbola for each day, hour marks can be put on each hyperbola which include any necessary corrections. Unfortunately, each hyperbola corresponds to two different days, one in each half of the year, and these two days will require different corrections. A convenient compromise is to draw the line for the "mean time" and add a curve showing the exact position of the shadow points at noon during the course of the year. This curve will take the form of a figure eight and is known as an "analemma". By comparing the analemma to the mean noon line, the amount of correction to be applied generally on that day can be determined.
Analemma
In astronomy, an analemma (Greek for the pedestal of a sundial) is a curve representing the angular offset of a celestial body (usually the Sun) from its mean position on the celestial sphere as viewed from another celestial body (usually the Earth) relative to the viewing body's celestial equator. For instance, knowing that Earth's average solar day is almost exactly 24 hours, an analemma can be traced by plotting the position of the Sun as viewed from a fixed position on Earth at the same time every day for an entire year. The resulting curve resembles a figure of eight. This curve is commonly printed on globes. It is possible, though challenging, to "photograph" the analemma, by leaving the camera in a fixed position for an entire year and snapping images on 24-hour intervals (or some multiple thereof).
Solar elevation angle
This is the elevation angle of the sun. That is, the angle between the direction of the geometric center of the sun's apparent disk and the (idealized) horizon. It can be calculated, to a good approximation, using the following formula:
sin Θs = cosh cosδ cosΦ + sinδ sinΦ
where:
Θs - is the solar elevation angle
h - is the hour angle, in the local sidereal time.
δ - is the current Sun declination; Φ - is the local latitude
Maximum elevation angle of the Sun durin the year 2010 is presented on figure below.
Solar azimuth angle
The solar azimuth angle is the azimuth angle of the sun. It is most often defined as the angle between the line from the observer to the sun projected on the ground and the line from the observer due south. A positive azimuth angle generally indicates the sun is east of south, and a negative azimuth angle generally indicates the sun is west of south. Others define solar azimuth as the angle from due north in a clockwise direction as well.
It can be calculated, to a good approximation, using the following formula, however angles should be interpreted with care due to the inverse sine. For example: x = sin-1(y) has more than one solution, therefore at a northern latitude in summer, when the azimuth at sunrise should be a positive number greater than 90 degrees, inverse of sine will incorrectly yield an angle between 0 and 90 degrees that has the same sine.
It can be calculated, to a good approximation, using the following formula, however angles should be interpreted with care due to the inverse sine. For example: x = sin-1(y) has more than one solution, therefore at a northern latitude in summer, when the azimuth at sunrise should be a positive number greater than 90 degrees, inverse of sine will incorrectly yield an angle between 0 and 90 degrees that has the same sine.
sinΦs = (-sinh cosδ) / cosΘs
The following two formulas can also be used to approximate the solar azimuth angle, however because these formulas utilize cosine, the azimuth angle will always be positive, and therefore, should be interpreted as the angle east of south when the hour angle, h, is negative (morning) and the angle west of south when the hour angle, h, is positive (afternoon).
cosΦs = (cosh cosδ sinΦ – sinδ cosΦ) / cosΘs
cosΦs = (sinΘs sinΦ – sinδ) / (cosΘs cosΦ)
The previous formulas use the following terminology:
Θs - is the solar elevation angle; h - is the hour angle of the present time
δ - is the current sun declination; Φ - is the local latitude
On the figure bellow is shown The solar azimuth angle for the year 2010.
Day length
Day length refers to the time each day from the moment the upper limb of the sun's disk appears above the horizon during sunrise to the moment when the upper limb disappears below the horizon during sunset. Due to the diffusion and refraction of sunlight by the atmosphere, there is actually daylight even when the sun is slightly below the horizon. The period when it is still light even though the sun is below the horizon is called twilight.
In general, the length of a day varies throughout the year, and depends upon latitude. This variation is caused by the tilt of the Earth's axis of rotation with respect to the ecliptic plane of the earth around the sun (this angle is 23o26’).
Day length for 2010 is calculated and shown on the figure bellow.
Main meteor showers for 2010
|
Shower name
|
Maximum
|
ZHR* at maximum
|
V (km/s)
|
Constellation radiating
|
Parent Comet
|
|
Quadrantids
(northern hemisphere)
|
January 3
|
40
|
41
|
Bootes
|
|
|
Lyrids
|
April 22
|
20
|
48
|
Lyra
|
|
|
Eta Aquarids
|
May 7
|
10
|
66
|
Aquarius
|
|
|
eta Lyrids
|
June 15
|
10
|
31
|
Lyra
|
|
|
Delta Aquarids
(Southern hemisphere)
|
July 29
|
20
|
41
|
Aquarius
|
Unknown
|
|
Capricornids
|
July 29
|
15
|
23
|
Capricornus
|
|
|
Perseids
|
August 12
19:20 UT
|
60
|
59
|
Perseus
|
|
|
Draconids
|
October 8-9
|
10
|
23
|
Draco
|
|
|
Orionids
|
October 21
|
20
|
67
|
Orion
|
|
|
Leonids
|
November 17
|
40
|
71
|
Leo
|
|
|
Geminids
|
December 13
|
60
|
35
|
Gemini
|
|
More information for meteor showers:
- http://www.theskyscrapers.org/meteors/index.php/year/2010
- http://www.astronomia.org/2010/calfugaces.en.html
- http://www.bashewa.com/wxmeteor-showers.php?shower=alpha+Monocerotids&year=2010
- http://science.nasa.gov/newhome/headlines/ast04dec98_1.htm
- http://meteorshowersonline.com/calendar.html
Lunar phase
A lunar phase refers to the appearance of the illuminated portion of the Moon as seen by an observer, usually on Earth. The lunar phases vary cyclically as the Moon orbits the Earth, according to the changing relative positions of the Earth, Moon and Sun. One half of the lunar surface is always illuminated by the Sun (except during lunar eclipses), and hence is bright, but the portion of the illuminated hemisphere that is visible to an observer can vary from 100% (full moon) to 0% (new moon). The boundary between the illuminated and unilluminated hemispheres is called the terminator.
On the table bellow are shown date and time of lunar phases for 2010
astron. lab
|
Jan
|
Feb
|
Mar
|
Apr
|
May
|
Jun
|
Jul
|
Aug
|
Sep
|
Oct
|
Nov
|
Dec
|
|
07
12:42
LQ
|
06
01:51
LQ
|
07
17:44
LQ
|
06
12:39
LQ
|
06
07:16
LQ
|
05
01:14
LQ
|
04
17:37
LQ
|
03
08:01
LQ
|
01
20:24
LQ
|
01
06:53
LQ
|
|
|
|
15
09:13
NM
|
14
04:53
NM
|
15
23:03
NM
|
14
15:31
NM
|
14
04:06
NM
|
12
14:16
NM
|
11
22:41
NM
|
10
06:09
NM
|
08
13:30
NM
|
07
21:45
NM
|
06
06:52
NM
|
05
19:37
NM
|
|
23
12:54
FQ
|
22
02:43
FQ
|
23
13:00
FQ
|
21
21:20
FQ
|
21
02:44
FQ
|
19
07:31
FQ
|
18
13:12
FQ
|
16
21:15
FQ
|
15
08:50
FQ
|
14
00:27
FQ
|
13
18:38
FQ
|
13
15:59
FQ
|
|
30
08:19
FM
|
28
18:39
FM
|
30
05:26
FM
|
28
15:19
FM
|
28
02:08
FM
|
26
14:31
FM
|
26
04:38
FM
|
24
20:06
FM
|
23
12:19
FM
|
23
04:38
FM
|
21
19:29
FM
|
21
10:15
FM
|
|
|
|
|
|
|
|
|
|
|
30
14:47
LQ
|
28
22:38
LQ
|
28
06:20
LQ
|
30 date
FM Full Moon
NM – New Moon
FQ – First Quarter
LQ – Last Quarter
FM – Full Moon
Planet View Info Report: 01 Jan 2010 to 31 Dec 2010
astron. lab
Mercury
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 08:20 17:44 19h21m15s -20°28'27" 8°41'16" 0,062 0,70267
08. 1.2010 07:12 16:40 18h43m09s -19°50'23" 8°05'42" 0,048 0,68028
15. 1.2010 06:29 15:54 18h23m47s -20°17'29" 19°21'57" 0,287 0,77458
22. 1.2010 06:16 15:34 18h34m00s -21°14'06" 24°00'03" 0,510 0,90719
29. 1.2010 06:19 15:33 19h01m43s -21°53'10" 24°41'01" 0,660 1,03363
05. 2.2010 06:28 15:43 19h38m16s -21°47'20" 23°21'27" 0,759 1,14134
12. 2.2010 06:37 16:02 20h19m24s -20°44'23" 20°52'25" 0,828 1,22863
19. 2.2010 06:44 16:28 21h03m01s -18°39'13" 17°32'48" 0,882 1,29612
26. 2.2010 06:48 16:59 21h48m06s -15°29'56" 13°26'44" 0,928 1,34388
05. 3.2010 06:50 17:35 22h34m25s -11°16'13" 8°32'18" 0,968 1,36954
12. 3.2010 06:50 18:16 23h22m06s -6°00'00" 2°57'01" 0,995 1,36641
19. 3.2010 06:49 19:01 0h11m17s 0°09'43" 4°28'52" 0,987 1,32160
26. 3.2010 06:46 19:47 1h00m48s 6°43'55" 11°21'52" 0,888 1,21926
02. 4.2010 07:41 21:27 1h46m04s 12°40'19" 17°04'31" 0,668 1,05969
09. 4.2010 07:30 21:47 2h19m43s 16°47'35" 19°21'00" 0,400 0,87749
16. 4.2010 07:11 21:39 2h35m52s 18°26'31" 16°44'59" 0,178 0,71738
23. 4.2010 06:45 21:02 2h33m27s 17°29'12" 9°05'29" 0,038 0,60811
30. 4.2010 06:16 20:08 2h19m27s 14°33'21" 2°13'12" 0,002 0,56274
07. 5.2010 05:48 19:17 2h07m15s 11°26'03" 12°50'06" 0,063 0,57911
14. 5.2010 05:26 18:44 2h06m20s 9°49'23" 20°28'28" 0,174 0,64256
21. 5.2010 05:10 18:32 2h18m21s 10°09'48" 24°21'49" 0,298 0,73711
28. 5.2010 04:58 18:37 2h41m39s 12°06'21" 25°01'47" 0,424 0,85200
04. 6.2010 04:51 18:56 3h14m57s 15°07'30" 23°03'25" 0,558 0,98005
11. 6.2010 04:52 19:28 3h58m15s 18°39'43" 18°46'23" 0,710 1,11261
18. 6.2010 05:04 20:10 4h52m16s 22°00'18" 12°21'32" 0,871 1,23272
25. 6.2010 05:29 20:57 5h55m52s 24°09'51" 4°21'53" 0,984 1,31116
02. 7.2010 06:09 21:35 7h02m47s 24°15'03" 4°32'12" 0,984 1,32384
09. 7.2010 06:53 21:58 8h04m50s 22°14'43" 12°06'23" 0,900 1,27805
16. 7.2010 07:34 22:07 8h58m06s 18°49'16" 18°17'01" 0,795 1,19868
23. 7.2010 08:08 22:05 9h42m27s 14°40'50" 22°55'31" 0,696 1,10421
30. 7.2010 08:34 21:56 10h18m38s 10°21'00" 26°00'21" 0,600 1,00371
06. 8.2010 08:50 21:40 10h46m52s 6°15'12" 27°20'24" 0,500 0,90134
13. 8.2010 08:54 21:18 11h06m04s 2°50'37" 26°26'59" 0,385 0,80050
20. 8.2010 08:41 20:50 11h13m31s 0°45'00" 22°27'06" 0,247 0,70819
27. 8.2010 08:04 20:14 11h05m52s 0°50'39" 14°18'49" 0,098 0,64104
03. 9.2010 07:06 19:37 10h45m17s 3°35'42" 4°06'48" 0,009 0,63009
10. 9.2010 06:08 19:07 10h28m04s 7°22'19" 11°22'27" 0,092 0,70748
17. 9.2010 05:40 18:54 10h33m33s 9°08'49" 17°23'42" 0,357 0,86964
24. 9.2010 05:48 18:51 11h03m24s 7°37'19" 16°52'50" 0,669 1,06500
01.10.2010 06:19 18:51 11h45m59s 3°34'40" 12°29'26" 0,881 1,23172
08.10.2010 06:56 18:49 12h31m20s -1°33'57" 6°59'56" 0,973 1,34402
15.10.2010 07:32 18:46 13h15m49s -6°50'35" 1°48'53" 0,999 1,40699
22.10.2010 08:07 18:43 13h59m10s -11°47'34" 3°22'34" 0,996 1,43178
29.10.2010 08:40 18:41 14h42m04s -16°11'55" 7°39'50" 0,979 1,42611
05.11.2010 08:11 17:41 15h25m07s -19°55'35" 11°34'16" 0,952 1,39362
12.11.2010 08:40 17:44 16h08m37s -22°51'20" 15°06'38" 0,913 1,33488
19.11.2010 09:06 17:51 16h52m06s -24°51'22" 18°13'46" 0,854 1,24835
26.11.2010 09:24 18:00 17h33m47s -25°47'51" 20°37'50" 0,756 1,13141
03.12.2010 09:30 18:08 18h08m48s -25°35'51" 21°23'26" 0,590 0,98358
10.12.2010 09:12 18:01 18h25m56s -24°20'22" 18°07'38" 0,321 0,81867
17.12.2010 08:16 17:23 18h08m44s -22°20'20" 7°10'34" 0,042 0,69387
24.12.2010 07:02 16:26 17h30m07s -20°23'45" 9°29'48" 0,070 0,69749
31.12.2010 06:20 15:48 17h15m57s -20°06'50" 19°44'21" 0,343 0,81569
Venus
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 07:51 16:48 18h34m20s -23°38'34" 2°37'53" 0,999 1,70811
08. 1.2010 07:59 17:02 19h12m39s -23°05'17" 1°09'07" 1,000 1,71065
15. 1.2010 08:04 17:18 19h50m29s -21°57'14" 1°11'27" 1,000 1,71126
22. 1.2010 08:06 17:35 20h27m33s -20°16'44" 2°40'16" 0,999 1,70990
29. 1.2010 08:05 17:53 21h03m39s -18°07'07" 4°17'46" 0,997 1,70660
05. 2.2010 08:01 18:11 21h38m45s -15°32'16" 5°56'52" 0,995 1,70140
12. 2.2010 07:56 18:29 22h12m51s -12°36'25" 7°36'29" 0,992 1,69423
19. 2.2010 07:49 18:47 22h46m05s -9°24'01" 9°16'30" 0,988 1,68498
26. 2.2010 07:41 19:05 23h18m35s -5°59'31" 10°57'00" 0,983 1,67360
05. 3.2010 07:32 19:23 23h50m35s -2°27'17" 12°37'55" 0,977 1,66011
12. 3.2010 07:23 19:40 0h22m20s 1°08'28" 14°19'12" 0,970 1,64444
19. 3.2010 07:14 19:58 0h54m03s 4°43'32" 16°00'53" 0,963 1,62645
26. 3.2010 07:05 20:15 1h25m58s 8°13'38" 17°43'04" 0,954 1,60604
02. 4.2010 07:57 21:33 1h58m19s 11°34'33" 19°25'40" 0,944 1,58323
09. 4.2010 07:50 21:51 2h31m18s 14°42'04" 21°08'27" 0,933 1,55799
16. 4.2010 07:44 22:09 3h05m04s 17°31'55" 22°51'19" 0,920 1,53023
23. 4.2010 07:41 22:27 3h39m41s 19°59'54" 24°34'11" 0,907 1,49988
30. 4.2010 07:39 22:44 4h15m09s 22°01'56" 26°16'49" 0,892 1,46700
07. 5.2010 07:41 23:00 4h51m21s 23°34'33" 27°58'47" 0,876 1,43166
14. 5.2010 07:45 23:13 5h28m05s 24°34'53" 29°39'47" 0,859 1,39388
21. 5.2010 07:52 23:25 6h05m04s 25°01'02" 31°19'33" 0,840 1,35367
28. 5.2010 08:02 23:33 6h41m55s 24°52'18" 32°57'41" 0,821 1,31115
04. 6.2010 08:15 23:38 7h18m17s 24°09'15" 34°33'33" 0,800 1,26652
11. 6.2010 08:29 23:39 7h53m50s 22°53'38" 36°06'37" 0,778 1,21993
18. 6.2010 08:44 23:37 8h28m20s 21°08'08" 37°36'26" 0,754 1,17145
25. 6.2010 09:00 23:33 9h01m35s 18°56'16" 39°02'23" 0,730 1,12127
02. 7.2010 09:15 23:26 9h33m31s 16°21'56" 40°23'32" 0,705 1,06965
09. 7.2010 09:30 23:17 10h04m10s 13°29'06" 41°38'57" 0,678 1,01682
16. 7.2010 09:44 23:06 10h33m34s 10°21'47" 42°47'50" 0,650 0,96291
23. 7.2010 09:57 22:54 11h01m49s 7°04'03" 43°49'00" 0,621 0,90810
30. 7.2010 10:09 22:41 11h28m58s 3°39'47" 44°40'42" 0,590 0,85267
06. 8.2010 10:21 22:26 11h55m08s 0°12'36" 45°21'00" 0,558 0,79690
13. 8.2010 10:31 22:11 12h20m22s -3°14'00" 45°47'43" 0,524 0,74097
20. 8.2010 10:40 21:55 12h44m37s -6°36'24" 45°57'50" 0,487 0,68508
27. 8.2010 10:48 21:38 13h07m45s -9°50'58" 45°46'56" 0,448 0,62955
03. 9.2010 10:54 21:21 13h29m31s -12°54'07" 45°09'23" 0,406 0,57483
10. 9.2010 10:57 21:02 13h49m31s -15°42'09" 43°58'07" 0,360 0,52131
17. 9.2010 10:58 20:41 14h07m05s -18°10'43" 42°03'13" 0,310 0,46951
24. 9.2010 10:53 20:19 14h21m11s -20°14'19" 39°10'55" 0,254 0,42027
01.10.2010 10:41 19:53 14h30m32s -21°45'44" 35°04'06" 0,194 0,37485
08.10.2010 10:20 19:25 14h33m47s -22°35'06" 29°24'32" 0,131 0,33488
15.10.2010 09:48 18:54 14h29m52s -22°29'19" 21°59'07" 0,071 0,30253
22.10.2010 09:03 18:21 14h19m07s -21°16'35" 13°03'39" 0,025 0,28055
29.10.2010 08:11 17:49 14h04m28s -19°00'00" 5°59'23" 0,005 0,27161
05.11.2010 06:18 16:20 13h50m49s -16°09'27" 11°51'22" 0,020 0,27691
12.11.2010 05:32 15:55 13h42m25s -13°29'39" 21°02'29" 0,065 0,29554
19.11.2010 04:56 15:34 13h41m12s -11°34'19" 28°54'41" 0,126 0,32517
26.11.2010 04:31 15:17 13h47m03s -10°35'22" 34°58'46" 0,191 0,36305
03.12.2010 04:15 15:02 13h58m52s -10°28'41" 39°24'34" 0,253 0,40665
10.12.2010 04:06 14:48 14h15m25s -11°03'17" 42°31'33" 0,311 0,45407
17.12.2010 04:03 14:37 14h35m38s -12°07'22" 44°37'45" 0,363 0,50407
24.12.2010 04:04 14:27 14h58m49s -13°30'22" 45°57'11" 0,411 0,55576
31.12.2010 04:08 14:19 15h24m29s -15°02'59" 46°40'44" 0,454 0,60844
Mars
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 19:54 10:29 9h29m54s 18°45'13" 141°29'33" 0,963 0,73882
08. 1.2010 19:18 10:00 9h24m36s 19°27'17" 149°56'44" 0,977 0,70625
15. 1.2010 18:39 09:28 9h16m44s 20°17'40" 158°56'01" 0,988 0,68208
22. 1.2010 17:57 08:54 9h06m45s 21°11'39" 168°07'54" 0,996 0,66775
29. 1.2010 17:14 08:20 8h55m31s 22°03'27" 175°20'13" 0,999 0,66416
05. 2.2010 16:32 07:44 8h44m03s 22°47'48" 170°11'23" 0,997 0,67159
12. 2.2010 15:52 07:09 8h33m24s 23°21'04" 161°10'04" 0,991 0,68984
19. 2.2010 15:14 06:34 8h24m33s 23°41'37" 152°14'36" 0,980 0,71813
26. 2.2010 14:40 06:01 8h18m08s 23°49'47" 143°50'16" 0,968 0,75516
05. 3.2010 14:09 05:30 8h14m24s 23°47'06" 136°03'21" 0,955 0,79946
12. 3.2010 13:41 05:00 8h13m21s 23°35'13" 128°54'13" 0,943 0,84968
19. 3.2010 13:17 04:32 8h14m48s 23°15'31" 122°21'16" 0,932 0,90460
26. 3.2010 12:56 04:07 8h18m31s 22°48'59" 116°21'37" 0,922 0,96297
02. 4.2010 13:36 04:42 8h24m10s 22°16'22" 110°51'15" 0,914 1,02378
09. 4.2010 13:19 04:19 8h31m27s 21°38'04" 105°46'06" 0,908 1,08627
16. 4.2010 13:04 03:57 8h40m08s 20°54'12" 101°02'59" 0,903 1,14980
23. 4.2010 12:50 03:35 8h49m58s 20°04'52" 96°39'21" 0,900 1,21373
30. 4.2010 12:37 03:14 9h00m44s 19°10'11" 92°32'30" 0,898 1,27752
07. 5.2010 12:26 02:54 9h12m17s 18°10'14" 88°39'56" 0,897 1,34087
14. 5.2010 12:15 02:34 9h24m28s 17°05'04" 84°59'51" 0,897 1,40346
21. 5.2010 12:05 02:14 9h37m12s 15°54'45" 81°31'00" 0,898 1,46496
28. 5.2010 11:56 01:55 9h50m21s 14°39'32" 78°12'05" 0,899 1,52506
04. 6.2010 11:47 01:35 10h03m51s 13°19'38" 75°01'40" 0,902 1,58365
11. 6.2010 11:39 01:16 10h17m40s 11°55'15" 71°58'43" 0,904 1,64060
18. 6.2010 11:31 00:57 10h31m45s 10°26'37" 69°02'40" 0,907 1,69570
25. 6.2010 11:24 00:37 10h46m04s 8°54'07" 66°12'54" 0,911 1,74877
02. 7.2010 11:17 00:18 11h00m35s 7°18'07" 63°28'32" 0,914 1,79979
09. 7.2010 11:10 23:56 11h15m19s 5°38'57" 60°48'56" 0,918 1,84872
16. 7.2010 11:04 23:37 11h30m16s 3°56'58" 58°13'47" 0,922 1,89544
23. 7.2010 10:58 23:19 11h45m26s 2°12'39" 55°42'48" 0,926 1,93985
30. 7.2010 10:52 23:00 12h00m49s 0°26'29" 53°15'29" 0,930 1,98195
06. 8.2010 10:47 22:41 12h16m26s -1°21'04" 50°51'20" 0,934 2,02179
13. 8.2010 10:42 22:23 12h32m20s -3°09'31" 48°30'08" 0,939 2,05931
20. 8.2010 10:37 22:05 12h48m31s -4°58'17" 46°11'51" 0,943 2,09444
27. 8.2010 10:33 21:47 13h05m01s -6°46'43" 43°56'11" 0,947 2,12722
03. 9.2010 10:29 21:30 13h21m52s -8°34'12" 41°42'44" 0,951 2,15775
10. 9.2010 10:26 21:13 13h39m06s -10°20'07" 39°31'21" 0,955 2,18601
17. 9.2010 10:22 20:56 13h56m46s -12°03'39" 37°22'06" 0,959 2,21197
24. 9.2010 10:19 20:40 14h14m52s -13°44'01" 35°14'52" 0,963 2,23570
01.10.2010 10:17 20:25 14h33m26s -15°20'22" 33°09'22" 0,966 2,25732
08.10.2010 10:15 20:10 14h52m32s -16°51'51" 31°05'28" 0,970 2,27689
15.10.2010 10:13 19:56 15h12m08s -18°17'30" 29°03'17" 0,973 2,29438
22.10.2010 10:11 19:43 15h32m17s -19°36'20" 27°02'52" 0,976 2,30988
29.10.2010 10:09 19:31 15h52m57s -20°47'23" 25°04'02" 0,979 2,32356
05.11.2010 09:07 18:20 16h14m09s -21°49'39" 23°06'40" 0,982 2,33551
12.11.2010 09:06 18:10 16h35m52s -22°42'11" 21°10'54" 0,985 2,34572
19.11.2010 09:03 18:02 16h58m02s -23°24'03" 19°16'52" 0,987 2,35430
26.11.2010 09:01 17:55 17h20m36s -23°54'26" 17°24'31" 0,990 2,36144
03.12.2010 08:58 17:49 17h43m31s -24°12'38" 15°33'45" 0,992 2,36725
10.12.2010 08:54 17:44 18h06m42s -24°18'06" 13°44'40" 0,993 2,37176
17.12.2010 08:49 17:40 18h30m02s -24°10'28" 11°57'27" 0,995 2,37506
24.12.2010 08:43 17:38 18h53m28s -23°49'34" 10°12'09" 0,996 2,37734
31.12.2010 08:36 17:36 19h16m52s -23°15'27" 8°28'43" 0,997 2,37873
Jupiter
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 10:28 20:50 21h55m52s -13°35'40" 45°57'27" 0,995 5,63771
08. 1.2010 10:04 20:30 22h01m27s -13°05'33" 40°16'27" 0,996 5,71237
15. 1.2010 09:40 20:10 22h07m14s -12°33'49" 34°39'03" 0,997 5,77887
22. 1.2010 09:16 19:51 22h13m13s -12°00'39" 29°05'05" 0,998 5,83657
29. 1.2010 08:52 19:32 22h19m19s -11°26'13" 23°34'27" 0,998 5,88502
05. 2.2010 08:29 19:13 22h25m31s -10°50'42" 18°06'43" 0,999 5,92396
12. 2.2010 08:05 18:54 22h31m49s -10°14'16" 12°41'36" 1,000 5,95308
19. 2.2010 07:42 18:35 22h38m09s -9°37'06" 7°19'30" 1,000 5,97213
26. 2.2010 07:18 18:16 22h44m30s -8°59'25" 2°07'17" 1,000 5,98100
05. 3.2010 06:54 17:57 22h50m50s -8°21'24" 3°33'12" 1,000 5,97978
12. 3.2010 06:31 17:38 22h57m09s -7°43'14" 8°47'37" 1,000 5,96849
19. 3.2010 06:07 17:19 23h03m24s -7°05'07" 14°04'41" 0,999 5,94720
26. 3.2010 05:43 17:00 23h09m33s -6°27'17" 19°21'47" 0,999 5,91613
02. 4.2010 06:19 17:41 23h15m36s -5°49'56" 24°38'54" 0,998 5,87564
09. 4.2010 05:56 17:22 23h21m31s -5°13'15" 29°56'33" 0,997 5,82607
16. 4.2010 05:32 17:02 23h27m17s -4°37'28" 35°15'14" 0,997 5,76774
23. 4.2010 05:07 16:42 23h32m51s -4°02'47" 40°35'13" 0,996 5,70115
30. 4.2010 04:43 16:22 23h38m13s -3°29'28" 45°56'54" 0,995 5,62694
07. 5.2010 04:19 16:02 23h43m20s -2°57'40" 51°21'03" 0,994 5,54569
14. 5.2010 03:54 15:41 23h48m12s -2°27'39" 56°48'23" 0,993 5,45798
21. 5.2010 03:30 15:19 23h52m45s -1°59'39" 62°19'23" 0,992 5,36459
28. 5.2010 03:05 14:58 23h56m58s -1°33'54" 67°54'32" 0,991 5,26640
04. 6.2010 02:40 14:35 0h00m50s -1°10'35" 73°34'40" 0,990 5,16427
11. 6.2010 02:14 14:13 0h04m18s -0°49'58" 79°20'43" 0,990 5,05906
18. 6.2010 01:49 13:49 0h07m19s -0°32'18" 85°13'20" 0,990 4,95182
25. 6.2010 01:23 13:25 0h09m53s -0°17'45" 91°13'00" 0,989 4,84375
02. 7.2010 00:57 13:00 0h11m57s -0°06'33" 97°20'30" 0,990 4,73600
09. 7.2010 00:30 12:35 0h13m29s 0°01'09" 103°36'45" 0,990 4,62973
16. 7.2010 00:03 12:08 0h14m27s 0°05'10" 110°02'23" 0,991 4,52633
23. 7.2010 23:32 11:41 0h14m50s 0°05'24" 116°37'35" 0,992 4,42727
30. 7.2010 23:05 11:13 0h14m39s 0°01'52" 123°22'39" 0,993 4,33395
06. 8.2010 22:37 10:44 0h13m52s -0°05'25" 130°18'02" 0,994 4,24776
13. 8.2010 22:09 10:15 0h12m30s -0°16'18" 137°23'39" 0,995 4,17020
20. 8.2010 21:40 09:44 0h10m36s -0°30'32" 144°38'45" 0,997 4,10279
27. 8.2010 21:11 09:13 0h08m13s -0°47'41" 152°02'23" 0,998 4,04678
03. 9.2010 20:42 08:42 0h05m25s -1°07'14" 159°33'32" 0,999 4,00329
10. 9.2010 20:13 08:10 0h02m18s -1°28'34" 167°10'11" 0,999 3,97335
17. 9.2010 19:43 07:38 23h58m58s -1°50'53" 174°44'50" 1,000 3,95777
24. 9.2010 19:14 07:05 23h55m33s -2°13'23" 176°48'25" 1,000 3,95689
01.10.2010 18:44 06:33 23h52m10s -2°35'14" 169°19'50" 1,000 3,97075
08.10.2010 18:15 06:01 23h48m57s -2°55'38" 161°36'47" 0,999 3,99921
15.10.2010 17:45 05:30 23h46m00s -3°13'49" 153°55'01" 0,998 4,04176
22.10.2010 17:16 04:59 23h43m27s -3°29'07" 146°17'45" 0,997 4,09745
29.10.2010 16:47 04:28 23h41m22s -3°41'05" 138°46'28" 0,996 4,16513
05.11.2010 15:19 02:59 23h39m50s -3°49'21" 131°22'09" 0,994 4,24360
12.11.2010 14:51 02:30 23h38m53s -3°53'38" 124°05'52" 0,993 4,33142
19.11.2010 14:23 02:02 23h38m32s -3°53'51" 116°58'24" 0,992 4,42695
26.11.2010 13:55 01:35 23h38m49s -3°50'01" 109°59'53" 0,991 4,52857
03.12.2010 13:28 01:09 23h39m43s -3°42'12" 103°10'03" 0,991 4,63479
10.12.2010 13:02 00:44 23h41m13s -3°30'32" 96°28'55" 0,990 4,74405
17.12.2010 12:35 00:19 23h43m17s -3°15'12" 89°56'28" 0,990 4,85474
24.12.2010 12:09 23:52 23h45m53s -2°56'29" 83°32'19" 0,990 4,96543
31.12.2010 11:43 23:29 23h48m59s -2°34'37" 77°15'48" 0,991 5,07484
Saturn
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 00:01 12:08 12h20m37s 0°15'48" 95°49'35" 0,997 9,33351
08. 1.2010 23:31 11:40 12h21m07s 0°14'50" 102°50'08" 0,997 9,21904
15. 1.2010 23:03 11:13 12h21m16s 0°15'59" 109°56'03" 0,998 9,10770
22. 1.2010 22:35 10:46 12h21m06s 0°19'13" 117°06'55" 0,998 9,00133
29. 1.2010 22:07 10:18 12h20m37s 0°24'28" 124°22'09" 0,998 8,90170
05. 2.2010 21:38 09:50 12h19m49s 0°31'36" 131°41'25" 0,998 8,81043
12. 2.2010 21:09 09:22 12h18m44s 0°40'27" 139°04'23" 0,999 8,72905
19. 2.2010 20:39 08:54 12h17m23s 0°50'49" 146°30'11" 0,999 8,65908
26. 2.2010 20:09 08:25 12h15m49s 1°02'26" 153°57'30" 0,999 8,60180
05. 3.2010 19:39 07:57 12h14m04s 1°15'00" 161°24'49" 1,000 8,55817
12. 3.2010 19:09 07:28 12h12m10s 1°28'11" 168°48'46" 1,000 8,52894
19. 3.2010 18:39 07:00 12h10m12s 1°41'39" 175°45'41" 1,000 8,51471
26. 3.2010 18:08 06:31 12h08m11s 1°55'01" 175°08'23" 1,000 8,51573
02. 4.2010 18:38 07:02 12h06m12s 2°07'57" 168°08'15" 1,000 8,53181
09. 4.2010 18:08 06:34 12h04m17s 2°20'06" 160°50'17" 1,000 8,56261
16. 4.2010 17:38 06:05 12h02m30s 2°31'11" 153°32'17" 0,999 8,60760
23. 4.2010 17:08 05:36 12h00m53s 2°40'53" 146°17'37" 0,999 8,66590
30. 4.2010 16:39 05:08 11h59m28s 2°49'01" 139°07'35" 0,999 8,73635
07. 5.2010 16:10 04:40 11h58m18s 2°55'23" 132°02'40" 0,998 8,81771
14. 5.2010 15:41 04:12 11h57m24s 2°59'52" 125°03'07" 0,998 8,90871
21. 5.2010 15:13 03:44 11h56m47s 3°02'21" 118°09'26" 0,998 9,00783
28. 5.2010 14:45 03:16 11h56m28s 3°02'49" 111°21'54" 0,998 9,11346
04. 6.2010 14:18 02:48 11h56m27s 3°01'15" 104°40'15" 0,997 9,22405
11. 6.2010 13:51 02:21 11h56m45s 2°57'42" 98°04'08" 0,997 9,33812
18. 6.2010 13:24 01:53 11h57m20s 2°52'10" 91°33'31" 0,997 9,45408
25. 6.2010 12:58 01:26 11h58m13s 2°44'46" 85°08'18" 0,997 9,57034
02. 7.2010 12:32 00:59 11h59m24s 2°35'35" 78°48'00" 0,997 9,68549
09. 7.2010 12:07 00:33 12h00m50s 2°24'44" 72°31'57" 0,997 9,79823
16. 7.2010 11:42 00:06 12h02m31s 2°12'19" 66°19'50" 0,998 9,90718
23. 7.2010 11:17 23:36 12h04m27s 1°58'29" 60°11'26" 0,998 10,01105
30. 7.2010 10:53 23:09 12h06m35s 1°43'21" 54°06'12" 0,998 10,10874
06. 8.2010 10:28 22:43 12h08m56s 1°27'04" 48°03'26" 0,998 10,19928
13. 8.2010 10:04 22:17 12h11m27s 1°09'46" 42°02'39" 0,999 10,28165
20. 8.2010 09:41 21:51 12h14m07s 0°51'35" 36°03'40" 0,999 10,35491
27. 8.2010 09:17 21:25 12h16m56s 0°32'42" 30°06'05" 0,999 10,41835
03. 9.2010 08:54 21:00 12h19m51s 0°13'13" 24°09'23" 1,000 10,47139
10. 9.2010 08:30 20:34 12h22m52s -0°06'42" 18°13'22" 1,000 10,51339
17. 9.2010 08:07 20:08 12h25m58s -0°26'53" 12°18'53" 1,000 10,54382
24. 9.2010 07:44 19:43 12h29m06s -0°47'12" 6°30'45" 1,000 10,56241
01.10.2010 07:21 19:17 12h32m16s -1°07'30" 2°10'16" 1,000 10,56898
08.10.2010 06:58 18:51 12h35m27s -1°27'38" 6°16'43" 1,000 10,56334
15.10.2010 06:35 18:26 12h38m37s -1°47'27" 12°09'14" 1,000 10,54543
22.10.2010 06:11 18:00 12h41m44s -2°06'46" 18°11'32" 1,000 10,51545
29.10.2010 05:48 17:35 12h44m47s -2°25'27" 24°18'31" 1,000 10,47372
05.11.2010 04:25 16:09 12h47m45s -2°43'22" 30°29'32" 0,999 10,42054
12.11.2010 04:01 15:43 12h50m36s -3°00'21" 36°44'26" 0,999 10,35640
19.11.2010 03:37 15:17 12h53m19s -3°16'15" 43°03'07" 0,999 10,28203
26.11.2010 03:13 14:51 12h55m53s -3°30'54" 49°25'48" 0,998 10,19829
03.12.2010 02:49 14:25 12h58m15s -3°44'12" 55°52'55" 0,998 10,10606
10.12.2010 02:24 13:59 13h00m24s -3°56'00" 62°24'41" 0,998 10,00636
17.12.2010 01:59 13:33 13h02m20s -4°06'10" 69°00'58" 0,998 9,90050
24.12.2010 01:34 13:07 13h03m59s -4°14'35" 75°41'53" 0,998 9,78987
31.12.2010 01:08 12:40 13h05m23s -4°21'11" 82°27'47" 0,997 9,67584
Uranus
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 11:28 23:07 23h35m48s -3°25'44" 72°38'05" 0,999 20,36980
08. 1.2010 11:01 22:41 23h36m31s -3°20'52" 65°41'53" 1,000 20,48286
15. 1.2010 10:34 22:15 23h37m22s -3°15'09" 58°47'48" 1,000 20,59006
22. 1.2010 10:07 21:48 23h38m20s -3°08'40" 51°56'03" 1,000 20,68983
29. 1.2010 09:40 21:22 23h39m24s -3°01'28" 45°06'52" 1,000 20,78078
05. 2.2010 09:14 20:57 23h40m35s -2°53'40" 38°20'04" 1,000 20,86180
12. 2.2010 08:47 20:31 23h41m50s -2°45'20" 31°35'27" 1,000 20,93186
19. 2.2010 08:20 20:05 23h43m10s -2°36'34" 24°53'04" 1,000 20,98998
26. 2.2010 07:53 19:40 23h44m34s -2°27'27" 18°13'07" 1,000 21,03545
05. 3.2010 07:27 19:14 23h45m59s -2°18'06" 11°35'35" 1,000 21,06784
12. 3.2010 07:00 18:49 23h47m27s -2°08'35" 5°01'05" 1,000 21,08681
19. 3.2010 06:33 18:23 23h48m55s -1°59'02" 1°45'50" 1,000 21,09211
26. 3.2010 06:07 17:58 23h50m23s -1°49'31" 8°11'29" 1,000 21,08374
02. 4.2010 06:40 18:32 23h51m50s -1°40'09" 14°42'05" 1,000 21,06198
09. 4.2010 06:13 18:07 23h53m15s -1°31'01" 21°12'10" 1,000 21,02717
16. 4.2010 05:47 17:41 23h54m37s -1°22'12" 27°41'41" 1,000 20,97974
23. 4.2010 05:20 17:15 23h55m56s -1°13'48" 34°10'35" 1,000 20,92033
30. 4.2010 04:53 16:49 23h57m10s -1°05'54" 40°38'59" 1,000 20,84985
07. 5.2010 04:26 16:24 23h58m19s -0°58'34" 47°07'23" 1,000 20,76920
14. 5.2010 04:00 15:57 23h59m23s -0°51'52" 53°36'12" 1,000 20,67935
21. 5.2010 03:33 15:31 0h00m20s -0°45'54" 60°05'32" 1,000 20,58148
28. 5.2010 03:06 15:05 0h01m10s -0°40'41" 66°35'29" 0,999 20,47694
04. 6.2010 02:38 14:38 0h01m53s -0°36'18" 73°06'31" 0,999 20,36706
11. 6.2010 02:11 14:12 0h02m27s -0°32'48" 79°39'05" 0,999 20,25319
18. 6.2010 01:44 13:45 0h02m54s -0°30'11" 86°13'21" 0,999 20,13684
25. 6.2010 01:17 13:17 0h03m12s -0°28'30" 92°49'18" 0,999 20,01966
02. 7.2010 00:49 12:50 0h03m21s -0°27'45" 99°27'16" 0,999 19,90318
09. 7.2010 00:22 12:23 0h03m22s -0°27'57" 106°07'40" 0,999 19,78890
16. 7.2010 23:50 11:55 0h03m14s -0°29'05" 112°50'39" 0,999 19,67847
23. 7.2010 23:23 11:27 0h02m57s -0°31'07" 119°36'02" 1,000 19,57353
30. 7.2010 22:55 10:59 0h02m33s -0°34'01" 126°23'55" 1,000 19,47556
06. 8.2010 22:27 10:31 0h02m01s -0°37'44" 133°14'39" 1,000 19,38593
13. 8.2010 21:59 10:02 0h01m21s -0°42'11" 140°08'14" 1,000 19,30606
20. 8.2010 21:31 09:33 0h00m36s -0°47'17" 147°04'20" 1,000 19,23727
27. 8.2010 21:03 09:05 23h59m45s -0°52'56" 154°02'46" 1,000 19,18061
03. 9.2010 20:35 08:36 23h58m50s -0°59'02" 161°03'36" 1,000 19,13695
10. 9.2010 20:07 08:07 23h57m51s -1°05'28" 168°06'33" 1,000 19,10711
17. 9.2010 19:39 07:38 23h56m50s -1°12'05" 175°09'46" 1,000 19,09169
24. 9.2010 19:11 07:09 23h55m48s -1°18'46" 177°31'34" 1,000 19,09097
01.10.2010 18:43 06:40 23h54m47s -1°25'22" 170°28'43" 1,000 19,10498
08.10.2010 18:14 06:11 23h53m47s -1°31'46" 163°19'34" 1,000 19,13365
15.10.2010 17:46 05:42 23h52m50s -1°37'48" 156°09'03" 1,000 19,17664
22.10.2010 17:18 05:14 23h51m57s -1°43'21" 148°58'03" 1,000 19,23326
29.10.2010 16:50 04:45 23h51m09s -1°48'18" 141°46'50" 1,000 19,30260
05.11.2010 15:22 03:17 23h50m28s -1°52'34" 134°35'31" 1,000 19,38370
12.11.2010 14:54 02:48 23h49m54s -1°56'01" 127°24'35" 1,000 19,47533
19.11.2010 14:27 02:20 23h49m27s -1°58'36" 120°14'35" 1,000 19,57598
26.11.2010 13:59 01:52 23h49m09s -2°00'15" 113°05'44" 0,999 19,68407
03.12.2010 13:31 01:25 23h49m00s -2°00'56" 105°58'01" 0,999 19,79801
10.12.2010 13:04 00:57 23h49m00s -2°00'37" 98°51'46" 0,999 19,91606
17.12.2010 12:36 00:30 23h49m09s -1°59'17" 91°47'26" 0,999 20,03635
24.12.2010 12:09 00:03 23h49m28s -1°56'58" 84°45'12" 0,999 20,15705
31.12.2010 11:42 23:32 23h49m56s -1°53'40" 77°44'59" 0,999 20,27646
Neptune
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 10:20 20:41 21h48m07s -13°43'13" 44°08'16" 1,000 30,72238
08. 1.2010 09:53 20:15 21h48m57s -13°38'57" 37°13'10" 1,000 30,80149
15. 1.2010 09:26 19:48 21h49m50s -13°34'21" 30°18'57" 1,000 30,86917
22. 1.2010 08:59 19:22 21h50m47s -13°29'29" 23°25'54" 1,000 30,92438
29. 1.2010 08:32 18:56 21h51m46s -13°24'24" 16°34'14" 1,000 30,96640
05. 2.2010 08:06 18:30 21h52m46s -13°19'11" 9°43'57" 1,000 30,99477
12. 2.2010 07:39 18:03 21h53m48s -13°13'52" 2°55'45" 1,000 31,00913
19. 2.2010 07:12 17:37 21h54m49s -13°08'31" 3°55'51" 1,000 31,00923
26. 2.2010 06:45 17:11 21h55m51s -13°03'11" 10°42'02" 1,000 30,99517
05. 3.2010 06:18 16:45 21h56m51s -12°57'58" 17°27'42" 1,000 30,96728
12. 3.2010 05:51 16:19 21h57m50s -12°52'53" 24°12'35" 1,000 30,92596
19. 3.2010 05:24 15:52 21h58m46s -12°48'01" 30°56'40" 1,000 30,87177
26. 3.2010 04:57 15:26 21h59m39s -12°43'25" 37°39'49" 1,000 30,80552
02. 4.2010 05:30 16:00 22h00m28s -12°39'08" 44°22'05" 1,000 30,72825
09. 4.2010 05:03 15:33 22h01m14s -12°35'13" 51°03'52" 1,000 30,64100
16. 4.2010 04:36 15:06 22h01m54s -12°31'42" 57°45'22" 1,000 30,54492
23. 4.2010 04:09 14:40 22h02m30s -12°28'39" 64°26'30" 1,000 30,44138
30. 4.2010 03:42 14:13 22h03m01s -12°26'05" 71°07'19" 1,000 30,33190
07. 5.2010 03:15 13:46 22h03m25s -12°24'02" 77°48'12" 1,000 30,21791
14. 5.2010 02:47 13:19 22h03m44s -12°22'31" 84°29'27" 1,000 30,10092
21. 5.2010 02:20 12:52 22h03m57s -12°21'33" 91°11'02" 1,000 29,98259
28. 5.2010 01:53 12:24 22h04m04s -12°21'09" 97°52'56" 1,000 29,86461
04. 6.2010 01:25 11:57 22h04m04s -12°21'18" 104°35'27" 1,000 29,74855
11. 6.2010 00:58 11:29 22h03m58s -12°22'00" 111°18'58" 1,000 29,63596
18. 6.2010 00:30 11:01 22h03m47s -12°23'13" 118°03'26" 1,000 29,52848
25. 6.2010 00:02 10:33 22h03m30s -12°24'58" 124°48'43" 1,000 29,42768
02. 7.2010 23:31 10:05 22h03m07s -12°27'10" 131°35'02" 1,000 29,33493
09. 7.2010 23:03 09:37 22h02m40s -12°29'48" 138°22'42" 1,000 29,25151
16. 7.2010 22:35 09:09 22h02m08s -12°32'50" 145°11'42" 1,000 29,17872
23. 7.2010 22:07 08:40 22h01m33s -12°36'11" 152°01'47" 1,000 29,11769
30. 7.2010 21:39 08:12 22h00m54s -12°39'48" 158°52'58" 1,000 29,06924
06. 8.2010 21:11 07:44 22h00m13s -12°43'37" 165°45'29" 1,000 29,03409
13. 8.2010 20:43 07:15 21h59m30s -12°47'34" 172°39'05" 1,000 29,01290
20. 8.2010 20:15 06:47 21h58m46s -12°51'35" 179°21'41" 1,000 29,00605
27. 8.2010 19:47 06:18 21h58m02s -12°55'34" 173°27'39" 1,000 29,01362
03. 9.2010 19:19 05:50 21h57m18s -12°59'28" 166°31'00" 1,000 29,03553
10. 9.2010 18:51 05:21 21h56m37s -13°03'13" 159°32'50" 1,000 29,07160
17. 9.2010 18:23 04:53 21h55m57s -13°06'44" 152°33'48" 1,000 29,12136
24. 9.2010 17:55 04:24 21h55m21s -13°09'57" 145°34'12" 1,000 29,18401
01.10.2010 17:27 03:56 21h54m48s -13°12'49" 138°33'57" 1,000 29,25866
08.10.2010 17:00 03:28 21h54m20s -13°15'17" 131°32'59" 1,000 29,34432
15.10.2010 16:32 03:00 21h53m57s -13°17'16" 124°31'40" 1,000 29,43973
22.10.2010 16:04 02:32 21h53m40s -13°18'47" 117°30'20" 1,000 29,54340
29.10.2010 15:36 02:04 21h53m28s -13°19'45" 110°28'56" 1,000 29,65379
29.10.2010 14:36 01:04 21h53m28s -13°19'45" 110°28'56" 1,000 29,65379
05.11.2010 14:09 00:37 21h53m23s -13°20'11" 103°27'22" 1,000 29,76937
12.11.2010 13:41 00:09 21h53m24s -13°20'02" 96°25'55" 1,000 29,88840
19.11.2010 13:14 23:38 21h53m31s -13°19'20" 89°24'57" 1,000 30,00901
26.11.2010 12:47 23:11 21h53m45s -13°18'03" 82°24'29" 1,000 30,12945
03.12.2010 12:19 22:44 21h54m06s -13°16'13" 75°24'24" 1,000 30,24802
10.12.2010 11:52 22:17 21h54m32s -13°13'51" 68°24'52" 1,000 30,36294
17.12.2010 11:25 21:50 21h55m05s -13°10'57" 61°26'15" 1,000 30,47244
24.12.2010 10:58 21:23 21h55m43s -13°07'35" 54°28'38" 1,000 30,57497
31.12.2010 10:31 20:57 21h56m26s -13°03'47" 47°31'52" 1,000 30,66913
Pluto
Date Rise Set RA Dec Elongation Ill Fr DIST(AU)
01. 1.2010 07:05 16:48 18h13m53s -18°18'03" 8°46'09" 1,000 32,73480
08. 1.2010 06:39 16:22 18h14m56s -18°18'09" 14°54'15" 1,000 32,71626
15. 1.2010 06:12 15:55 18h15m58s -18°18'07" 21°29'52" 1,000 32,68382
22. 1.2010 05:46 15:29 18h16m58s -18°17'56" 28°13'55" 1,000 32,63794
29. 1.2010 05:19 15:02 18h17m54s -18°17'37" 35°01'24" 1,000 32,57943
05. 2.2010 04:52 14:36 18h18m47s -18°17'13" 41°50'41" 1,000 32,50919
12. 2.2010 04:26 14:09 18h19m36s -18°16'43" 48°41'14" 1,000 32,42822
19. 2.2010 03:59 13:42 18h20m20s -18°16'10" 55°32'29" 1,000 32,33770
26. 2.2010 03:32 13:15 18h20m59s -18°15'33" 62°23'57" 1,000 32,23907
05. 3.2010 03:05 12:49 18h21m32s -18°14'55" 69°15'32" 1,000 32,13383
12. 3.2010 02:38 12:22 18h21m59s -18°14'17" 76°07'22" 1,000 32,02348
19. 3.2010 02:11 11:54 18h22m20s -18°13'39" 82°59'22" 1,000 31,90962
26. 3.2010 01:43 11:27 18h22m35s -18°13'04" 89°51'10" 1,000 31,79405
02. 4.2010 02:16 12:00 18h22m42s -18°12'32" 96°42'43" 1,000 31,67850
09. 4.2010 01:48 11:32 18h22m44s -18°12'05" 103°34'13" 1,000 31,56458
16. 4.2010 01:21 11:05 18h22m39s -18°11'43" 110°25'40" 1,000 31,45400
23. 4.2010 00:53 10:37 18h22m27s -18°11'27" 117°16'45" 1,000 31,34848
30. 4.2010 00:25 10:09 18h22m10s -18°11'18" 124°07'15" 1,000 31,24958
07. 5.2010 23:53 09:41 18h21m47s -18°11'17" 130°57'16" 1,000 31,15869
14. 5.2010 23:25 09:13 18h21m19s -18°11'24" 137°46'45" 1,000 31,07717
21. 5.2010 22:57 08:45 18h20m47s -18°11'39" 144°35'03" 1,000 31,00632
28. 5.2010 22:29 08:17 18h20m10s -18°12'03" 151°21'17" 1,000 30,94720
04. 6.2010 22:01 07:49 18h19m31s -18°12'35" 158°04'01" 1,000 30,90061
11. 6.2010 21:33 07:21 18h18m49s -18°13'16" 164°39'02" 1,000 30,86728
18. 6.2010 21:05 06:52 18h18m05s -18°14'06" 170°49'19" 1,000 30,84782
25. 6.2010 20:36 06:24 18h17m20s -18°15'03" 174°49'06" 1,000 30,84251
02. 7.2010 20:08 05:56 18h16m35s -18°16'09" 172°03'07" 1,000 30,85140
09. 7.2010 19:40 05:27 18h15m51s -18°17'21" 166°06'15" 1,000 30,87442
16. 7.2010 19:12 04:59 18h15m08s -18°18'41" 159°35'30" 1,000 30,91138
23. 7.2010 18:44 04:31 18h14m28s -18°20'06" 152°55'32" 1,000 30,96173
30. 7.2010 18:16 04:02 18h13m50s -18°21'38" 146°12'00" 1,000 31,02474
06. 8.2010 17:48 03:34 18h13m17s -18°23'13" 139°26'38" 1,000 31,09958
13. 8.2010 17:20 03:06 18h12m48s -18°24'54" 132°40'13" 1,000 31,18533
20. 8.2010 16:52 02:38 18h12m23s -18°26'37" 125°53'27" 1,000 31,28073
27. 8.2010 16:24 02:10 18h12m05s -18°28'22" 119°06'35" 1,000 31,38443
03. 9.2010 15:57 01:42 18h11m52s -18°30'09" 112°19'27" 1,000 31,49506
10. 9.2010 15:29 01:14 18h11m45s -18°31'57" 105°32'01" 1,000 31,61116
17. 9.2010 15:02 00:47 18h11m44s -18°33'43" 98°44'33" 1,000 31,73109
24. 9.2010 14:35 00:19 18h11m50s -18°35'29" 91°57'11" 1,000 31,85312
01.10.2010 14:07 23:48 18h12m03s -18°37'12" 85°09'39" 1,000 31,97566
08.10.2010 13:40 23:21 18h12m21s -18°38'51" 78°21'48" 1,000 32,09707
15.10.2010 13:13 22:53 18h12m46s -18°40'26" 71°33'49" 1,000 32,21561
22.10.2010 12:47 22:26 18h13m18s -18°41'56" 64°45'53" 1,000 32,32960
29.10.2010 12:20 21:59 18h13m54s -18°43'19" 57°57'51" 1,000 32,43755
05.11.2010 10:53 20:32 18h14m36s -18°44'36" 51°09'35" 1,000 32,53800
12.11.2010 10:26 20:06 18h15m24s -18°45'44" 44°21'19" 1,000 32,62949
19.11.2010 10:00 19:39 18h16m15s -18°46'45" 37°33'30" 1,000 32,71072
26.11.2010 09:33 19:12 18h17m10s -18°47'37" 30°46'30" 1,000 32,78066
03.12.2010 09:07 18:46 18h18m08s -18°48'19" 24°01'03" 1,000 32,83836
10.12.2010 08:40 18:19 18h19m09s -18°48'53" 17°19'36" 1,000 32,88297
17.12.2010 08:14 17:52 18h20m11s -18°49'17" 10°50'52" 1,000 32,91384
24.12.2010 07:47 17:26 18h21m15s -18°49'32" 5°25'06" 1,000 32,93066
31.12.2010 07:21 17:00 18h22m19s -18°49'38" 5°57'03" 1,000 32,93326
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