Fajl:Lunar libration with phase2.gif

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Lunar_libration_with_phase2.gif (356 × 334 keppont, fajlmeret: 932 KB, MIME-tipus: image/gif , ismetl?dik, 50 kepkocka, 5,0 s)

Osszefoglalo

Leiras
English: Lunar libration . see below for more descriptions
Francais : Librations de la lune . Voir une description detaillee en dessous .
Deutsch: Die Libration des Mondes . Fur weitere Informationen, siehe unten
Укра?нська: Л?брац?? М?сяця . Б?льш детальний опис див. нижче
中文: 月球 天秤? 更多描述??下面的?容
Datum (published on Commons)
Forras English Wikipedia, original upload 7 September 2005 by Tomruen [1]
Szerz? Tomruen
Mas valtozatok
File:Lunation animation April 2007.gif
April 2007 animation, 60 frames, no phase shown

Licenc

Public domain En, a szerz?, ezt a m?vemet ezennel kozkinccse nyilvanitom. Ez a vilag minden reszen ervenyes.
Egyes orszagokban ez jogilag nem lehetseges. Ha igy van, akkor:
Jogot adok barkinek, hogy barmilyen celbol , feltetel nelkul hasznalhassa ezt a fajlt, kiveve a torveny altal kotelez?en el?irt felteteleket.

Technical

  • Book: "Astronomical Formulae for Calculators, 4th edition", Jean Meeus, 1988, published by "Willmann-Bell, Inc"
    • Chapter 30 "Position of the Moon"

Source bitmap for projection from NRL's Clementine Spacecraft:

  • Animation
    • 50 frames were created, equally spaced in time.
    • Period used: 27.21222 days (Draconic month of nodes)
    • Animation began and ended at Apogee to minimize "jumping" when cycles back to the start.
    • New moon given an unreal 1% intensity "Ambient light" to show motion in all phases.
    • View assumed from the center of the earth. (Geometrically impossible, but best demonstration of monthly libration caused by moon's motion versus the shorter daily libration that would be included from the surface of the earth.)

Astronomical events

  • Sept 1, 2:23 UT - Apogee - Moon farthest from earth's center [Cancer]
  • Sept 3, 1:48 UT - New Moon [Leo]
  • Sept 6, 10:53 UT - Descending Node - On ecliptic circle, heading north to south. [Virgo]
  • Sept 11, 11:40 UT - First Quarter - Rises around noon, and at zenith near sunset [Scorpio]
  • Sept 13, 6:21 UT - Southern Limit - At farthest ecliptic south of the moon's orbit. [Sagittarius]
    • Also near farthest south declination as well.
  • Sept 16, 13:54 UT - Perigee - Closest point on orbit to earth's center. [Aquarius]
  • Sept 18, 2:04 UT - Full Moon - A "large and southern" moon up all night! [Pisces]
  • Sept 18, 8:11 UT - Ascending Node - On ecliptic, heading south to north. [Pisces]
  • Sept 25, 6:44 UT - Third Quarter - Rises after midnight, near zenith around sunrise. [Gemini]
  • Sep 26, 5:17 UT - Northern Limit - At farthest ecliptic north point of the moon's orbit. [Gemini]
    • Also near farthest north declination as well.
  • Sep 28, 15:31 UT - Apogee - Farthest point on orbit from earth's center. [Cancer]

Assessment

Kép of the year
Kep of the year
Featured kép

Wikimédia CommonsWikipédia

Ez a fajl dont? be kerult Az ev kepe 2006 versenyen.
Ez a kep kiemelt a Wikimedia Commonson ( Kiemelt kepek ) es egyike a legjobb kepeknek .

Wikipedia
 Ez a kep kiemelt volt az angol Wikipedian ( Featured pictures ) es egyike volt a legjobb kepeknek .
 Ez a kep kiemelt a perzsa Wikipedian ( ????????? ??????? ) es egyike a legjobb kepeknek .

Ha van hasonlo min?seg?, megfelel? licenc? keped, toltsd fol , jelezd a licencet , es jelold kiemeltnek !

This image was selected as picture of the day on Vietnamese Wikipedia.

VI seal

Ez a kep elbiralasra kerult a Ertekes kep iranyelvek alapjan, amikor is a Commons egyik legertekesebb kepeve nyilvanitottak az alabbi teruleten: Lunar phases . Megnezheted a jeloleset a Commons:Valued image candidates/Lunar libration with phase2.gif lapon.

Kepalairasok

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m? targya

16. szeptember 2005

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Datum/id? Belyegkep Felbontas Feltolt? Megjegyzes
aktualis 2005. szeptember 16., 15:38 Bélyegkép a 2005. szeptember 16., 15:38-kori változatról356 × 334 (932 KB) Saperaud~commonswiki == Technical == * Book: "Astronomical Formulae for Calculators, 4th edition", Jean Meeus, 1988, published by "Willmann-Bell, Inc" ** Chapter 30 "Position of the Moon" Source bitmap for projection from Nasa's Clementine Spacecraft: * [http://astrogeology.u

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