Difference between revisions of "Conjunction"
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A '''Conjunction''' occurs when the Sun and Moon are at the same [http://en.wikipedia.org/wiki/Ecliptic_longitude ecliptic longitude] (rotation angle measured in the plane of the solar system bodies). This means that they are close together in the sky, but not necessarily overlapping, since they may differ in latitude (the coordinate perpendicular to the ecliptic longitude). <span class="membersnap">- [http://www.wikispaces.com/user/view/JimMosher [[Image:JimMosher-lg.jpg|16px|JimMosher]]] [http://www.wikispaces.com/user/view/JimMosher JimMosher]</span><br /> <br /> | A '''Conjunction''' occurs when the Sun and Moon are at the same [http://en.wikipedia.org/wiki/Ecliptic_longitude ecliptic longitude] (rotation angle measured in the plane of the solar system bodies). This means that they are close together in the sky, but not necessarily overlapping, since they may differ in latitude (the coordinate perpendicular to the ecliptic longitude). <span class="membersnap">- [http://www.wikispaces.com/user/view/JimMosher [[Image:JimMosher-lg.jpg|16px|JimMosher]]] [http://www.wikispaces.com/user/view/JimMosher JimMosher]</span><br /> <br /> | ||
==Additional Information== | ==Additional Information== | ||
| − | * The moment of [ | + | * The moment of [[phases|New Moon]] is defined as the moment when the Sun and Moon are in conjunction as seen by an imaginary observer at the Earth's center. <span class="membersnap">- [http://www.wikispaces.com/user/view/JimMosher [[Image:JimMosher-lg.jpg|16px|JimMosher]]] [http://www.wikispaces.com/user/view/JimMosher JimMosher]</span> |
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==Saber's Beads== | ==Saber's Beads== | ||
| − | * [ | + | * [[Saber%27s%20Beads|Saber's Beads]] is (or: are) a curious optical phenomenon related to the very young (and extremely thin) moon's crescent (only a couple of hours after New Moon). Saber's Beads are also observable at the very OLD moon's crescent, a couple of hours before New Moon. <span class="membersnap">- [http://www.wikispaces.com/user/view/DannyCaes [[Image:DannyCaes-lg.jpg|16px|DannyCaes]]] [http://www.wikispaces.com/user/view/DannyCaes DannyCaes] <small>Feb 12, 2008</small></span> |
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==Celestial Smiley== | ==Celestial Smiley== | ||
Revision as of 15:44, 15 April 2018
Contents
Conjunction
(glossary entry)Table of Contents
[#Conjunction Conjunction]
[#Conjunction-Description Description]
[#Conjunction-Additional Information Additional Information]
[#Conjunction-Saber's Beads Saber's Beads]
[#Conjunction-Celestial Smiley Celestial Smiley]
[#Conjunction-LPOD Articles LPOD Articles]
[#Conjunction-Bibliography Bibliography]
Description
A Conjunction occurs when the Sun and Moon are at the same ecliptic longitude (rotation angle measured in the plane of the solar system bodies). This means that they are close together in the sky, but not necessarily overlapping, since they may differ in latitude (the coordinate perpendicular to the ecliptic longitude). - JimMosher JimMosher
Additional Information
- The moment of New Moon is defined as the moment when the Sun and Moon are in conjunction as seen by an imaginary observer at the Earth's center. - JimMosher JimMosher
Saber's Beads
- Saber's Beads is (or: are) a curious optical phenomenon related to the very young (and extremely thin) moon's crescent (only a couple of hours after New Moon). Saber's Beads are also observable at the very OLD moon's crescent, a couple of hours before New Moon. - DannyCaes DannyCaes Feb 12, 2008
Celestial Smiley
- Imagine a triangle-shaped conjunction of the Waxing Crescent Moon, Venus, and Jupiter (the most brightest celestial objects). The moon's crescent acting like a smiling mouth, and the two planets acting like staring eyes. Something like this must have been observed somewhere in the past. Perhaps more than once. A good digital planetarium-program could show such an appearance, with calendar date, and hour. - DannyCaes DannyCaes Dec 4, 2016
LPOD Articles
Bibliography
This page has been edited 1 times. The last modification was made by - tychocrater tychocrater on Jun 13, 2009 3:24 pm - mgx2
