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November 2002—Week 1 (Nov. 1–2)
11/1:
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0000 UT, 7 PM EST (Oct. 31)
Vesta, the third-largest asteroid, is 1 degree 3 minutes south of the Moon. The asteroid is occulted, or hidden from view by the Moon.
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11/2:
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1800
UT, 1 PM EST
Mars is 4 degrees south of the Moon.
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November 2002—Week 2 (Nov. 3–9)
11/3:
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1200
UT, 7 AM EST
The asteroid Juno is 0 degrees 6 minutes north of the Moon. The asteroid is occulted, or hidden from view, by the Moon.
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11/4:
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0100
UT, 8 PM EST (Nov. 3)
The Moon is at its perigee, or closest point to Earth in its monthly orbit.
1200
UT, 7 AM EST
Uranus appears to be motionless in the sky as its apparent backward, or retrograde, motion changes back to direct motion.
2100
UT, 4 PM EST
NEW MOON
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November 2002—Week 3 (Nov. 10–16)
11/10:
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2200
UT, 5 PM EST
Neptune is 5 degrees north of the Moon.
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11/11:
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2100
UT, 4 PM EST
FIRST QUARTER
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11/12:
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0500
UT, 12 AM EST (midnight)
Uranus is 5 degrees north of the Moon.
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11/14:
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0500
UT, 12 AM EST (midnight)
Mercury is in superior conjunction, that is, Mercury and Earth are aligned on opposite sides of the Sun.
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11/16:
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1100
UT, 6 AM EST
The Moon is at its apogee, or farthest point from Earth in its monthly orbit.
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November 2002—Week 4 (Nov. 17–23)
11/19:
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0400
UT, 11 PM EST (Nov. 18)
Venus appears to be motionless in the sky as its apparent backward, or retrograde, motion changes back to direct motion.
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11/20:
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0200
UT, 9 PM EST (Nov. 19)
FULL MOON Partial eclipse
0500
UT, 12 AM EST (midnight)
Mars is 3 degrees north of Spica, the brightest star in the constellation Virgo.
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11/22:
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1200
UT, 7 AM EST
Saturn is 3 degrees south of the Moon.
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November 2002—Week 5 (Nov. 24–30)
11/26:
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0700
UT, 2 AM EST
Jupiter is 4 degrees south of the Moon.
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11/27:
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1600
UT, 11 AM EST
LAST QUARTER
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11/29:
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0300
UT, 10 PM EST (Nov. 28)
Vesta, the third-largest asteroid, is 0 degrees 4 seconds north of the Moon. The asteroid is occulted, or hidden from view, by the Moon.
1800
UT, 1 PM EST
Ceres, the largest asteroid, appears to be motionless in the sky as its apparent backward, or retrograde, motion changes back to direct motion.
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Information Please® Database, © 2007 Pearson Education, Inc. All rights reserved.
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