|
THIS EVENT
WAS CANCELLED
despite near-perfect weather conditions. Why?
1) The field where we set up equipment was far too wet.
2) An event occurred at the school tonight and the
parking lot lights were left on. They're brighter than the
Sun on a cloudless July day.
These two conditions make observing impossible, sad to say. |
Click
HERE for
a
printer-friendly
version of the information on this page.
Click
HERE for
general Information you
should know about our events - Q&A of Where, When and What.
Click
HERE for
satellite passes during this event. 
| Tonight, we have a 78% illuminated
(waning gibbous) Moon rising at 8:31pm. This phase is great for viewing
detail in the craters and maria on or near the terminator - the line separating
lunar night from day, a wealth of features can be seen.
Faint DSOs (Deep Space Objects) will be partially obscured due
to the Moon, but
Jupiter
will be beautiful with all four of the Galilean moons lined up on the west side of the planet. Take a look at the
information for
Jupiter, below. We have the
colorful double stars,
open clusters made up of hundreds of
stars, the
globular clusters comprised of
hundreds of thousands of stars,
planetary nebula
formed by dying stars,
diffuse nebula and
emission nebula where stars are being
born.
Galaxies may not be visible this evening, except for M31 - the
Andromeda Galaxy - our closest neighboring island universe. Bring
binoculars if you have a pair and we'll show you how to find the
Andromeda Galaxy with them! Also, we'll show you how to find the
beautiful "Coat hanger" cluster which is best seen in binoculars.
Click
HERE
for a list of DeepSky Objects
that will be available to us this session. |
We hope to see you here for a night under the stars -
now in our fifteenth year!
Quick links:
Inner Solar System
Outer Solar System
Note: All times are shown in EST
(Eastern Standard Time (UT-5)) as seen from Stow, Ohio
|
Longitude: |
W |
81° |
25' |
38.4" |
| Latitude: |
N |
41° |
11' |
11.1" |
| Altitude: |
337m |
|
Sun data |
| |
|
Rises: |
7:00am |
|
Transits: |
12:09pm
-
Time of highest position in the sky, due South |
|
Sets: |
5:18pm |
|
Constellation: |
Libra |
|
Distance: |
0.99106892 AU =
148,261,800 km = 92,125,613 miles = 8.25
light-minutes |
|
Magnitude: |
-26.7 |
|
Apparent size: |
32.28 arcminutes in angular diameter |
|
Twilight
ends... |
|
Civil: |
5:44pm
- Sun is 6° below the horizon |
|
Nautical: |
6:17pm
- Sun is 12° below the
horizon |
|
Astronomical: |
6:49pm
- Sun is 18° below the
horizon |
|
Fall
began: |
at the Autumnal Equinox
which occurred on Tuesday Sep 22, 2009 at 5:19pm |
|
Winter
begins: |
at the Winter Solstice
which will occur on Monday Dec 21, 2009 at 1:47pm |
Next Solar Eclipses
in Stow, Ohio:
Partial eclipse (>80%) on Monday August 21, 2017
2:30pm EDT
Total eclipse (an amazing sight!) on Monday April
8, 2024 2:15pm EST (3:15pm EDT)
On 11/6/2009 at 6:16:56pm the
Sun will be 12º
below
the
west-southwest horizon
Click
HERE
for additional data on the Sun
(back to 'Quick Links') |
|
|
Moon data |
| |
|
Rises: |
8:31pm |
|
Transits: |
4:25am - Nov 7 (Time of highest
position in the sky, due South) |
|
Sets: |
12:10pm - Nov 7 |
|
Constellation: |
Gemini |
|
Phase: |
78.75% illuminated
(waning gibbous) |
|
Distance: |
0.00247914 AU = 370,874
km = 230,450 miles = 1.24 light-seconds |
|
Magnitude: |
-11.4 |
|
Apparent size: |
32.21 arcminutes
in
angular diameter |
|
Elongation from Sun: |
124.98° (morning
sky) |
|
Age: |
19d 17h 45m
since last
New Moon |
|
Prior Phase: |
Full Moon on Monday Nov
2, 2009 at 2:14pm |
|
Next Phase: |
Last Quarter on Monday
Nov 9, 2009 at 10:56am |
|
Next Lunar eclipse: |
Total eclipse (100%)
on Sunday Sept 27, 2015 at 10:10pm EDT |
On 11/6/2009 at 6:16:56pm
the Moon will be 18.2º below
the north-northeast horizon
but will look like this
at very low power* in our
telescopes when it clears the trees at 10:10 PM...

*How do we change the "power" (magnification) of our
telescopes?
Simple! By changing the eyepiece to one of a longer or
shorter focal length.
If the eyepiece is of shorter focal length, the "power"
(magnification) is higher,
If he eyepiece is of longer focal length, the "power"
(magnification) is lower.
By how much? Here's the formula:
|
Magnification
=F |
focal length
of telescope objective lens (or mirror) |
|
focal length
of eyepiece being used
|
Note:
All graphics are correct-image representations. A telescope
will reverse this left-right and possibly invert up-down
depending on type of equipment being used.
Click
HERE
for additional data on the Moon
(back to 'Quick
Links') |
|
|
Mercury data |
| |
|
Rises: |
7:04am |
|
Transits: |
12:12pm - Time of highest
position in the sky, due South |
|
Sets: |
5:19pm |
|
Constellation: |
Libra |
|
Phase: |
99.96% illuminated |
|
Distance: |
1.44189693 AU =
215,704,710 km = 134,032,694 miles = 12.01
light-minutes |
|
Magnitude: |
-1.3 |
|
Apparent size: |
4.66 arcseconds
in angular diameter |
|
Elongation from Sun: |
1.00° (evening sky) |
|
Next maximum elongations... |
|
Evening: |
Friday, December 18,
2009 (20° 17' 43") |
|
Morning: |
Wednesday, January 27,
2010 (24° 45' 10") |
On 11/6/2009 at 6:16:56pm
Mercury will be 11.4º
below
the west-southwest horizon
Click
HERE
for additional data on Mercury
(back to 'Quick
Links') |
|
|
Venus data |
| |
|
Rises: |
5:36am |
|
Transits:
|
11:08am - Time of highest position in the sky,
due South |
|
Sets:
|
4:41pm |
|
Constellation: |
Virgo |
|
Phase: |
96.24% illuminated |
|
Distance: |
1.618759 AU =
242,162,899 km = 150,473,051 miles = 13.48
light-minutes |
|
Magnitude: |
-3.9
(extremely bright, visible in
the morning before sunrise) |
|
Apparent size: |
10.31 arcseconds in
angular diameter |
|
Elongation from Sun: |
16.05° (morning sky) |
|
Next maximum elongations... |
|
Evening: |
Friday, August 20,
2010 (45° 57' 59") |
|
Morning: |
Saturday, January
8, 2011 (46° 57' 24") |
On 11/6/2009 at 6:16:56pm
Venus will be 19.1º below
the west horizon
Click HERE
for additional data on Venus
(back to 'Quick
Links') |
|
|
Mars data |
| |
|
Rises: |
10:51pm |
|
Transits:
|
6:09am - Nov 7 - Time of highest position in the sky,
due South |
|
Sets:
|
1:27pm - Nov 7 |
|
Constellation: |
Cancer |
|
Phase: |
88.90% illuminated |
|
Distance: |
1.13658942 AU =
170,031,357 km = 105,652,588 miles = 9.47
light-minutes |
|
Magnitude: |
0.4 |
|
Apparent size: |
8.23 arcseconds
in angular diameter |
|
Elongation from Sun: |
94.97° (morning sky) |
|
Dates of
Opposition
(when Mars is closest to the Earth) |
|
Previous: |
Monday Dec 24, 2007 at
2:29pm |
|
Next: |
Friday Jan 29, 2010 at
3:21pm |
|
Next
close approach: |
Friday Jan 29, 2010 |
On 11/6/2009 at
6:16:56pm Mars will be 29.4º
below
the north horizon
No, Mars was *not*
be "as big as a Full Moon on August
27!"
Please see the following links for more information
about this annual 'Mars Hoax'
Sky & Telescope article
Snopes.com article
Hoax-slayer article
Universe Today article
Click HERE
for additional data on Mars
(back to 'Quick
Links') |
|
|
Jupiter data |
| |
|
Rises: |
1:38pm |
|
Transits:
|
6:44pm - Time of highest
position in the sky, due South |
|
Sets:
|
11:50pm |
|
Constellation: |
Capricornus |
|
Phase: |
99.02% illuminated |
|
Distance: |
4.85828512 AU =
726,789,109 km = 451,605,821 miles = 40.47
light-minutes |
|
Magnitude: |
-2.4 |
|
Apparent size: |
40.58 arcseconds
in angular diameter |
|
Elongation from Sun: |
93.49° (evening sky) |
|
Dates of
Opposition
(when Jupiter is closest to the Earth) |
|
Previous: |
Friday Aug 14, 2009 at
1:44pm |
|
Next: |
Tuesday Sep 21, 2010 at
7:28am |
Next transit of the Great Red Spot:
Tonight at 7:40pm (The Red Spot transits
about every 10 hours 56 minutes)
GRS longitude: 140.3º
Jupiter moons activity (during darkness):
None
On 11/6/2009 at 6:16:56pm Jupiter will be 32.1º
above
the
south-southeast horizon
In the image below, notice all four of the Galilean
Moons in a straight line to Jupiter's west:

Note:
All graphics are correct-image representations. A telescope
will reverse this left-right and possibly invert up-down
depending on type of equipment being used.
Information on Jupiter's Galilean moons:
Io
- mag 5.6
Orbits Jupiter in 1.8 days = 42.5 hours
Mean orbital radius = .00281822 AU = 421,600 km =
261,970 miles = 1.41 light-seconds
Radius: 105% of our Moon
Mass: 122% of our Moon
Europa
- mag 5.7
Orbits Jupiter in 3.6 days = 85.2 hours
Mean orbital radius = .00448469 AU = 670,900 km =
416,878 miles = 2.24 light-seconds
Radius: 90% of our Moon
Mass: 65% of our Moon
Ganymede
- mag 5.1
Orbits Jupiter in 7.2 days = 171.7 hours
Mean orbital radius = .00715251 AU = 1,070,000 km
= 664,867 miles = 3.57 light-seconds
Radius: 150% of our Moon
Mass: 200% of our Moon
Callisto
- mag 6.4
Orbits Jupiter in 16.7 days = 400.5 hours
Mean orbital radius = 0.01258708 AU = 1,883,000
km = 1,170,042 miles = 6.29 light-seconds
Radius: 138% of our Moon
Mass: 146% of our Moon
Click
HERE for additional data on
Jupiter
(back to 'Quick
Links') |
|
|
Saturn data |
| |
|
Rises: |
3:17am |
|
Transits:
|
9:28am
- Time of highest position in the sky,
due South |
|
Sets:
|
3:38pm |
|
Constellation: |
Virgo |
|
Phase: |
99.87% illuminated |
|
Distance: |
10.14828686 AU =
1,518,162,106 km = 943,342,210 miles = 1.41
light-hours |
|
Magnitude: |
1.1 |
|
Apparent size: |
16.38 arcseconds
in angular diameter |
|
Elongation from Sun: |
43.85° (morning sky) |
|
Dates of
Opposition
(when Saturn is closest to the Earth) |
|
Previous: |
Sunday Mar 8, 2009 at
3:44pm |
|
Next: |
Sunday Mar 21, 2010 at
8:28pm |
On 11/6/2009 at
6:16:56pm Saturn will be 29.4º
below
the west-northwest
horizon
Click HERE
for additional data on Saturn
(back to 'Quick
Links') |
|
|
Uranus data |
| |
|
Rises: |
3:02pm |
|
Transits:
|
8:55pm
- Time of highest position in the sky,
due South |
|
Sets:
|
2:48am - Nov 7 |
|
Constellation: |
Aquarius |
|
Phase: |
99.96% illuminated |
|
Distance: |
19.46864579 AU =
2,912,467,955 km = 1,809,723,708 miles = 2.7
light-hours |
|
Magnitude: |
5.8 |
|
Apparent size: |
3.62 arcseconds
in angular diameter |
|
Elongation from Sun: |
128.27° (evening sky) |
|
Dates of
Opposition
(when Uranus is closest to the Earth) |
|
Previous: |
Thursday Sep 17, 2009 at
5:34am |
|
Next: |
Tuesday Sep 21, 2010 at
12:51pm |
On 11/6/2009 at 6:16:56pm
Uranus will be 32.5º above
the east-southeast horizon
Click HERE
for additional data on Uranus
(back to 'Quick
Links') |
|
|
Neptune data |
| |
|
Rises: |
1:49pm |
|
Transits:
|
7:05pm
- Time of highest position in the sky,
due South |
|
Sets:
|
0:20am - Nov 7 |
|
Constellation: |
Capricornus |
|
Phase: |
99.97% illuminated |
|
Distance: |
29.85490004 AU =
4,466,229,476 km = 2,775,186,369 miles = 4.14
light-hours |
|
Magnitude: |
7.9 |
|
Apparent size: |
2.29 arcseconds in
angular diameter |
|
Elongation from Sun: |
99.01° (evening sky) |
|
Dates of
Opposition
(when Neptune is closest to the Earth) |
|
Previous: |
Monday Aug 17, 2009 at
4:47pm |
|
Next: |
Friday Aug 20, 2010 at
5:59am |
On 11/6/2009 at 6:16:56pm
Neptune will be 33.7º above
the south-southeast horizon
Click
HERE for additional data on
Neptune
(back to 'Quick
Links') |
|
|
Pluto
(Dwarf Planet aka Asteroid 134340)
data |
| |
|
Rises: |
10:28am |
|
Transits:
|
3:27pm - Time of highest position in the sky,
due South |
|
Sets:
|
8:26pm |
|
Constellation: |
Sagittarius |
|
Phase: |
99.99% illuminated |
|
Distance: |
32.40187638 AU =
4,847,251,712 km = 3,011,942,613 miles = 4.5
light-hours |
|
Magnitude: |
14.3 |
|
Apparent size: |
0.10 arcseconds
in angular diameter |
|
Elongation from Sun: |
47.00° (evening sky) |
|
Dates of
Opposition
(when Pluto is closest to the Earth) |
|
Previous: |
Tuesday Jun 23, 2009 at
3:49am |
|
Next: |
Friday Jun 25, 2010 at
2:59pm |
On 11/6/2009 at 6:16:56pm
Pluto will be 18.7º above
the south-southwest horizon
Click HERE
for additional data on Pluto
(back to 'Quick
Links') |
|
Inner Solar System
- the Sun, Mercury, Venus, Earth and
Mars
(Created using
Software Bisque's
TheSky
software)
Notice that Mercury is totally hidden in the glare of the Sun.

(back to 'Quick
Links')
Outer Solar System
- the Sun, Jupiter, Saturn, Uranus, Neptune and Pluto
(Created using
Software Bisque's
TheSky
software)
(back to 'Quick
Links')
Click
HERE for
event status.
Click
HERE for a
printer-friendly
version of the information on this page.
Click
HERE for
general Information you
should know about our events - Q&A of Where, When and What.
Click
HERE for
satellite passes during this event. 
Very sincerely yours,
Dave Jessie
"Time spent observing the heavens is not deducted from your life span"
(back to 'Quick
Links')
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