- published: 03 Feb 2014
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This is a spoken word version of the article: 90377 Sedna
Accent: Californian English
Sex of the narrator: He edits wiki pages
Source: https://en.wikipedia.org/wiki/File:En-90377_Sedna-article.ogg
License: CC-BY-SA 3.0 Unported
Picture: By Lexicon [GFDL (http://www.gnu.org/copyleft/fdl.html), CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0/) or CC-BY-SA-2.5-2.0-1.0 (http://creativecommons.org/licenses/by-sa/2.5-2.0-1.0)], via Wikimedia Commons https://commons.wikimedia.org/wiki/File%3AEightTNOs.png
-----
mp3-podcast under http://spokenwikipedia.blogspot.com
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más lejos del Sol que Neptuno. Durante la mayor parte de su órbita está incluso más lejos del Sol, con su afelio estimado en 960 unidades astronómicas (ua) —32 veces la distancia de Neptuno—, por lo que es uno de los objetos más lejanos conocidos del sistema solar, que no sean los cometas de período largo.n. 4 n. 5 La órbita excepcionalmente larga y elongada de Sedna, que tarda unos 11 400 años en completarse, y su lejano punto de máxima aproximación al Sol, a 76 ua, han dado lugar a mucha especulación en cuanto a su origen.
Fue descubierto el 14 de noviembre de 2003 desde el observatorio de Monte Palomar.10 El nombre de Sedna proviene de la diosa de la mitología esquimal del mar y de los animales marinos. Hostil a los hombres y dotada de una altura gigantesca, Sedna estaba condenada a vivir en las frías profundidades del océano Ártico.11
La espectroscopía reveló que la composición de su superficie es similar a la de otros objetos transneptunianos, siendo en gran medida una mezcla de hielo y tolina con metano y nitrógeno congelados. Su superficie es una de las más rojas en el sistema solar. No se conoce bien ni su masa ni su tamaño y la Unión Astronómica Internacional no lo ha reconocido formalmente como un planeta enano,12 13 aunque varios astrónomos estiman que lo es.14 15 16 17 18
El Minor Planet Center lo coloca en el disco disperso, un grupo de objetos enviados a órbitas muy alargadas por la influencia gravitacional de Neptuno. Sin embargo, esta clasificación es cuestionada ya que Sedna nunca se acerca lo suficiente a Neptuno como para que pueda afectarle, lo que llevó a algunos astrónomos a concluir que en realidad es el primer miembro conocido de la región interior de la nube de Oort. Otros especulan con que podría haber sido empujado a su órbita actual por una estrella en tránsito, tal vez del seno del grupo de nacimiento del Sol, o incluso que fuera capturado de otro sistema estelar. Otra hipótesis sugiere que su órbita puede ser evidencia de otro planeta más allá de la órbita de Neptuno. El astrónomo Michael E. Brown —codescubridor de Sedna y de los planetas enanos Eris, Haumea y Makemake— cree que es el objeto transneptuniano más importante encontrado hasta la fecha, pues el estudio de su inusual órbita puede aportar información valiosa acerca del origen y la evolución temprana del sistema solar-
Sedna is the small solar system body number 90377; 7 n. 3 is a trans-Neptunian object specifically. In 2012 it was about three times farther from the sun than Neptune. For most of its orbit it is even farther from the Sun, with its estimated 960 astronomical units (AU) -32 times the distance of Neptune aphelion, so it is one of the most distant known objects in the solar system, comets are not largo.n period. 4 n. 5 exceptionally long and elongated orbit of Sedna, which takes about 11,400 years to complete, and its farthest point of closest approach to the Sun, 76 ua, have led to much speculation as to its origin.
It was discovered on 14 November 2003 from the observatory of Monte Palomar.10 The name Sedna comes from the mythology Inuit goddess of the sea and marine animals. Hostile men and endowed with a gigantic height, Sedna was doomed to live in the cold depths of the ocean Ártico.11
Spectroscopy revealed that the surface composition is similar to that of other trans-Neptunian objects, still largely a mixture of ice and frozen TOLINA methane and nitrogen. Its surface is one of the reddest in the solar system. Not well known or its mass or size and the International Astronomical Union has not formally recognized as a dwarf planet, 12 13 although several astronomers estimate that es.14 15 16 17 18
The Minor Planet Center puts you in the scattered disk, a group of objects sent to highly elongated orbits by the gravitational influence of Neptune. However, this classification is questioned as Sedna never comes close enough to Neptune as it can affect, leading some astronomers to conclude that actually is the first known member of the inner region of the Oort cloud. Others speculate that it could have been pushed into its current orbit by a star in transit, perhaps within the group of the birth of the Sun, or even that was captured from another star system. Another hypothesis suggests that its orbit may be evidence of another planet beyond Neptune's orbit. Astronomer Michael E. Brown -codescubridor of Sedna and the dwarf planets Eris, Haumea and Makemake- think is the most important trans-Neptunian object found to date, since the study of its unusual orbit can provide valuable information about the origin and early evolution of the solar system
- published: 15 Aug 2016
- views: 7
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the discovery of new planets and dwarf planets within it.
- published: 06 Aug 2015
- views: 1680
This few flickers here is a video for my project "Nebelom"
You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicated tuh..)
Check my "musical" project on Last fm http://www.last.fm/music/Nebelom
If you must download my album I can't stop you: http://www.fileden.com/files/2007/1/25/691289/Nebelom%20-%20QVVMHS.rar
- published: 03 Jun 2009
- views: 492
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane and nitrogen ices with tholins. Its surface is one of the reddest in the Solar System. It is probably a dwarf planet.
Sedna's exceptionally long and elongated orbit, taking approximately 11,400 years to complete, and distant point of closest approach to the Sun, at 76 AU, have led to much speculation about its origin.
Its orbit is extremely eccentric, with an aphelion estimated at 937 AU and a perihelion at about 76 AU, the most distant perihelion observed for any Solar System object until the discovery of 2012 VP113. At its discovery it was 89.6 AU.
Observations from the SMARTS telescope show that in visible light Sedna is one of the reddest objects in the Solar System, nearly as red as Mars.
Sedna's perihelion will be reached around 2075--2076. This close approach to the Sun provides an opportunity for study which will not occur again for 12,000 years. Though Sedna is listed on NASA's Solar System exploration website, NASA is not known to be considering any type of mission at this time.
Subscribe to stay updated and educated. .
.
stargazer.
- published: 26 Apr 2014
- views: 13162
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
- published: 07 Feb 2010
- views: 36596
A simple demo kind of gives you an idea or what an 'orbit' really means.
The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2arJhiNL6L89PVQE72rvOO0EmZwfceaN
Subscribe to my backup channel too: https://www.youtube.com/channel/UCrJpbo3galacVELIZNYU23g
For educational purposes. .
stargazer.
- published: 26 Jan 2015
- views: 10942
90377 Sedna
90377 Sedna is a large minor planet in the outer reaches of the Solar System that was, as of 2015, at a distance of about 86 astronomical units (AU) from the Sun, about three times as far as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane, and nitrogen ices with tholins. Its surface is one of the reddest among Solar System objects. It is most likely a dwarf planet.
For most of its orbit, it is even farther from the Sun than at present, with its aphelion estimated at 937 AU (31 times Neptune's distance), making it one of the most distant known objects in the Solar System other than long-period comets.
Sedna has an exceptionally long and elongated orbit, taking approximately 11,400 years to complete and a distant point of closest approach to the Sun at 76 AU. These facts have led to much speculation about its origin. The Minor Planet Center currently places Sedna in the scattered disc, a group of objects sent into highly elongated orbits by the gravitational influence of Neptune. However, this classification has been contested, because Sedna never comes close enough to Neptune to have been scattered by it, leading some astronomers to conclude that it is in fact the first known member of the inner Oort cloud. Others speculate that it might have been tugged into its current orbit by a passing star, perhaps one within the Sun's birth cluster (an open cluster), or even that it was captured from another star system. Another hypothesis suggests that its orbit may be evidence for a large planet beyond the orbit of Neptune.
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/90377_Sedna
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
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21:3190377 Sedna
90377 Sedna90377 Sedna
This is a spoken word version of the article: 90377 Sedna Accent: Californian English Sex of the narrator: He edits wiki pages Source: https://en.wikipedia.org/wiki/File:En-90377_Sedna-article.ogg License: CC-BY-SA 3.0 Unported Picture: By Lexicon [GFDL (http://www.gnu.org/copyleft/fdl.html), CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0/) or CC-BY-SA-2.5-2.0-1.0 (http://creativecommons.org/licenses/by-sa/2.5-2.0-1.0)], via Wikimedia Commons https://commons.wikimedia.org/wiki/File%3AEightTNOs.png ----- mp3-podcast under http://spokenwikipedia.blogspot.com -
4:20(90377) Sedna
(90377) Sedna(90377) Sedna
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más lejos del Sol que Neptuno. Durante la mayor parte de su órbita está incluso más lejos del Sol, con su afelio estimado en 960 unidades astronómicas (ua) —32 veces la distancia de Neptuno—, por lo que es uno de los objetos más lejanos conocidos del sistema solar, que no sean los cometas de período largo.n. 4 n. 5 La órbita excepcionalmente larga y elongada de Sedna, que tarda unos 11 400 años en completarse, y su lejano punto de máxima aproximación al Sol, a 76 ua, han dado lugar a mucha especulación en cuanto a su origen. Fue descubierto el 14 de noviembre de 2003 desde el observatorio de Monte Palomar.10 El nombre de Sedna proviene de la diosa de la mitología esquimal del mar y de los animales marinos. Hostil a los hombres y dotada de una altura gigantesca, Sedna estaba condenada a vivir en las frías profundidades del océano Ártico.11 La espectroscopía reveló que la composición de su superficie es similar a la de otros objetos transneptunianos, siendo en gran medida una mezcla de hielo y tolina con metano y nitrógeno congelados. Su superficie es una de las más rojas en el sistema solar. No se conoce bien ni su masa ni su tamaño y la Unión Astronómica Internacional no lo ha reconocido formalmente como un planeta enano,12 13 aunque varios astrónomos estiman que lo es.14 15 16 17 18 El Minor Planet Center lo coloca en el disco disperso, un grupo de objetos enviados a órbitas muy alargadas por la influencia gravitacional de Neptuno. Sin embargo, esta clasificación es cuestionada ya que Sedna nunca se acerca lo suficiente a Neptuno como para que pueda afectarle, lo que llevó a algunos astrónomos a concluir que en realidad es el primer miembro conocido de la región interior de la nube de Oort. Otros especulan con que podría haber sido empujado a su órbita actual por una estrella en tránsito, tal vez del seno del grupo de nacimiento del Sol, o incluso que fuera capturado de otro sistema estelar. Otra hipótesis sugiere que su órbita puede ser evidencia de otro planeta más allá de la órbita de Neptuno. El astrónomo Michael E. Brown —codescubridor de Sedna y de los planetas enanos Eris, Haumea y Makemake— cree que es el objeto transneptuniano más importante encontrado hasta la fecha, pues el estudio de su inusual órbita puede aportar información valiosa acerca del origen y la evolución temprana del sistema solar- Sedna is the small solar system body number 90377; 7 n. 3 is a trans-Neptunian object specifically. In 2012 it was about three times farther from the sun than Neptune. For most of its orbit it is even farther from the Sun, with its estimated 960 astronomical units (AU) -32 times the distance of Neptune aphelion, so it is one of the most distant known objects in the solar system, comets are not largo.n period. 4 n. 5 exceptionally long and elongated orbit of Sedna, which takes about 11,400 years to complete, and its farthest point of closest approach to the Sun, 76 ua, have led to much speculation as to its origin. It was discovered on 14 November 2003 from the observatory of Monte Palomar.10 The name Sedna comes from the mythology Inuit goddess of the sea and marine animals. Hostile men and endowed with a gigantic height, Sedna was doomed to live in the cold depths of the ocean Ártico.11 Spectroscopy revealed that the surface composition is similar to that of other trans-Neptunian objects, still largely a mixture of ice and frozen TOLINA methane and nitrogen. Its surface is one of the reddest in the solar system. Not well known or its mass or size and the International Astronomical Union has not formally recognized as a dwarf planet, 12 13 although several astronomers estimate that es.14 15 16 17 18 The Minor Planet Center puts you in the scattered disk, a group of objects sent to highly elongated orbits by the gravitational influence of Neptune. However, this classification is questioned as Sedna never comes close enough to Neptune as it can affect, leading some astronomers to conclude that actually is the first known member of the inner region of the Oort cloud. Others speculate that it could have been pushed into its current orbit by a star in transit, perhaps within the group of the birth of the Sun, or even that was captured from another star system. Another hypothesis suggests that its orbit may be evidence of another planet beyond Neptune's orbit. Astronomer Michael E. Brown -codescubridor of Sedna and the dwarf planets Eris, Haumea and Makemake- think is the most important trans-Neptunian object found to date, since the study of its unusual orbit can provide valuable information about the origin and early evolution of the solar system -
3:3690377 Sedna the dwarf planet and our solar system
90377 Sedna the dwarf planet and our solar system90377 Sedna the dwarf planet and our solar system
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the discovery of new planets and dwarf planets within it. -
0:59Planet Focus: 90377 Sedna 2003 VB12
Planet Focus: 90377 Sedna 2003 VB12Planet Focus: 90377 Sedna 2003 VB12
Here is the view of Sedna. -
0:1990377 Sedna: New Mystery
90377 Sedna: New Mystery -
8:08Nebelom - 90377 Sedna
Nebelom - 90377 SednaNebelom - 90377 Sedna
This few flickers here is a video for my project "Nebelom" You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicated tuh..) Check my "musical" project on Last fm http://www.last.fm/music/Nebelom If you must download my album I can't stop you: http://www.fileden.com/files/2007/1/25/691289/Nebelom%20-%20QVVMHS.rar -
1:52Sedna: the furthest object to orbit the sun
Sedna: the furthest object to orbit the sunSedna: the furthest object to orbit the sun
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane and nitrogen ices with tholins. Its surface is one of the reddest in the Solar System. It is probably a dwarf planet. Sedna's exceptionally long and elongated orbit, taking approximately 11,400 years to complete, and distant point of closest approach to the Sun, at 76 AU, have led to much speculation about its origin. Its orbit is extremely eccentric, with an aphelion estimated at 937 AU and a perihelion at about 76 AU, the most distant perihelion observed for any Solar System object until the discovery of 2012 VP113. At its discovery it was 89.6 AU. Observations from the SMARTS telescope show that in visible light Sedna is one of the reddest objects in the Solar System, nearly as red as Mars. Sedna's perihelion will be reached around 2075--2076. This close approach to the Sun provides an opportunity for study which will not occur again for 12,000 years. Though Sedna is listed on NASA's Solar System exploration website, NASA is not known to be considering any type of mission at this time. Subscribe to stay updated and educated. . . stargazer. -
4:530RBITALIS Soundtrack - 90377 SEDNA
0RBITALIS Soundtrack - 90377 SEDNA -
1:17Sedna or Solar System Planet No:10
Sedna or Solar System Planet No:10Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU. Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size. Discovered by M. Brown, C. Trujillo, D. Rabinowitz Discovery date November 14, 2003 MPC designation 90377 Sedna Pronunciation /ˈsɛdnə/ SED-nə Alternate name(s) 2003 VB12 Minor planet category Trans-Neptunian object detached object Orbital characteristics Epoch September 26, 1990 (JD 2 448 160.5) Aphelion 1.459 × 1014 m (975.56 AU) Perihelion 1.139 3 × 1013 m (76.156 AU) Semi-major axis 7.866 8×1013 m (525.86 AU) Eccentricity 0.855 Orbital period around 4,404,480 d (12,059.06 a) Average orbital speed 1.04 km/s Mean anomaly 357.457° Inclination 11.934° Longitude of ascending node 144.514° Argument of perihelion 311.123° Physical characteristics Dimensions 1,2001,600 km Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris) Mean density 2.0? g/cm³ Equatorial surface gravity 0.330.50 m/s² Escape velocity 0.620.95 km/s Sidereal rotation period 0.42 d (10 h) 1 Albedo 0.160.30 Temperature below 33 K Spectral type (red) B-V=1.24; V-R=0.78 Apparent magnitude 21.1 20.4 (Perihelic) Absolute magnitude (H) 1.56 -
4:04Understanding how Sedna and the Sun orbit each other
Understanding how Sedna and the Sun orbit each otherUnderstanding how Sedna and the Sun orbit each other
A simple demo kind of gives you an idea or what an 'orbit' really means. The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2arJhiNL6L89PVQE72rvOO0EmZwfceaN Subscribe to my backup channel too: https://www.youtube.com/channel/UCrJpbo3galacVELIZNYU23g For educational purposes. . stargazer.
-
90377 Sedna
This is a spoken word version of the article: 90377 Sedna Accent: Californian English Sex of the narrator: He edits wiki pages Source: https://en.wikipedia.org/wiki/File:En-90377_Sedna-article.ogg License: CC-BY-SA 3.0 Unported Picture: By Lexicon [GFDL (http://www.gnu.org/copyleft/fdl.html), CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0/) or CC-BY-SA-2.5-2.0-1.0 (http://creativecommons.org/licenses/by-sa/2.5-2.0-1.0)], via Wikimedia Commons https://commons.wikimedia.org/wiki/File%3AEightTNOs.png ----- mp3-podcast under http://spokenwikipedia.blogspot.com -
(90377) Sedna
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más lejos del Sol que Neptuno. Durante la mayor parte de su órbita está incluso más lejos del Sol, con su afelio estimado en 960 unidades astronómicas (ua) —32 veces la distancia de Neptuno—, por lo que es uno de los objetos más lejanos conocidos del sistema solar, que no sean los cometas de período largo.n. 4 n. 5 La órbita excepcionalmente larga y elongada de Sedna, que tarda unos 11 400 años en completarse, y su lejano punto de máxima aproximación al Sol, a 76 ua, han dado lugar a mucha especulación en cuanto a su origen. Fue descubierto el 14 de noviembre de 2003 desde el observatorio de Monte Palomar.10 El nombre de Sedna proviene... -
90377 Sedna the dwarf planet and our solar system
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the discovery of new planets and dwarf planets within it. -
Planet Focus: 90377 Sedna 2003 VB12
Here is the view of Sedna. -
-
Nebelom - 90377 Sedna
This few flickers here is a video for my project "Nebelom" You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicated tuh..) Check my "musical" project on Last fm http://www.last.fm/music/Nebelom If you must download my album I can't stop you: http://www.fileden.com/files/2007/1/25/691289/Nebelom%20-%20QVVMHS.rar -
Sedna: the furthest object to orbit the sun
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane and nitrogen ices with tholins. Its surface is one of the reddest in the Solar System. It is probably a dwarf planet. Sedna's exceptionally long and elongated orbit, taking approximately 11,400 years to complete, and distant point of closest approach to the Sun, at 76 AU, have led to much speculation about its origin. Its orbit is extremely eccentric, with an aphelion estimated at 937 AU and a perihelion at about 76 AU, the most distant perihelion observed for any Solar System object until ... -
-
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed ... -
Understanding how Sedna and the Sun orbit each other
A simple demo kind of gives you an idea or what an 'orbit' really means. The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2arJhiNL6L89PVQE72rvOO0EmZwfceaN Subscribe to my backup channel too: https://www.youtube.com/channel/UCrJpbo3galacVELIZNYU23g For educational purposes. . stargazer.
90377 Sedna
- Order: Reorder
- Duration: 21:31
- Updated: 03 Feb 2014
- views: 955
This is a spoken word version of the article: 90377 Sedna
Accent: Californian English
Sex of the narrator: He edits wiki pages
Source: https://en.wiki...
This is a spoken word version of the article: 90377 Sedna
Accent: Californian English
Sex of the narrator: He edits wiki pages
Source: https://en.wikipedia.org/wiki/File:En-90377_Sedna-article.ogg
License: CC-BY-SA 3.0 Unported
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wn.com/90377 Sedna
This is a spoken word version of the article: 90377 Sedna
Accent: Californian English
Sex of the narrator: He edits wiki pages
Source: https://en.wikipedia.org/wiki/File:En-90377_Sedna-article.ogg
License: CC-BY-SA 3.0 Unported
Picture: By Lexicon [GFDL (http://www.gnu.org/copyleft/fdl.html), CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0/) or CC-BY-SA-2.5-2.0-1.0 (http://creativecommons.org/licenses/by-sa/2.5-2.0-1.0)], via Wikimedia Commons https://commons.wikimedia.org/wiki/File%3AEightTNOs.png
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mp3-podcast under http://spokenwikipedia.blogspot.com
- published: 03 Feb 2014
- views: 955
(90377) Sedna
- Order: Reorder
- Duration: 4:20
- Updated: 15 Aug 2016
- views: 7
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más ...
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más lejos del Sol que Neptuno. Durante la mayor parte de su órbita está incluso más lejos del Sol, con su afelio estimado en 960 unidades astronómicas (ua) —32 veces la distancia de Neptuno—, por lo que es uno de los objetos más lejanos conocidos del sistema solar, que no sean los cometas de período largo.n. 4 n. 5 La órbita excepcionalmente larga y elongada de Sedna, que tarda unos 11 400 años en completarse, y su lejano punto de máxima aproximación al Sol, a 76 ua, han dado lugar a mucha especulación en cuanto a su origen.
Fue descubierto el 14 de noviembre de 2003 desde el observatorio de Monte Palomar.10 El nombre de Sedna proviene de la diosa de la mitología esquimal del mar y de los animales marinos. Hostil a los hombres y dotada de una altura gigantesca, Sedna estaba condenada a vivir en las frías profundidades del océano Ártico.11
La espectroscopía reveló que la composición de su superficie es similar a la de otros objetos transneptunianos, siendo en gran medida una mezcla de hielo y tolina con metano y nitrógeno congelados. Su superficie es una de las más rojas en el sistema solar. No se conoce bien ni su masa ni su tamaño y la Unión Astronómica Internacional no lo ha reconocido formalmente como un planeta enano,12 13 aunque varios astrónomos estiman que lo es.14 15 16 17 18
El Minor Planet Center lo coloca en el disco disperso, un grupo de objetos enviados a órbitas muy alargadas por la influencia gravitacional de Neptuno. Sin embargo, esta clasificación es cuestionada ya que Sedna nunca se acerca lo suficiente a Neptuno como para que pueda afectarle, lo que llevó a algunos astrónomos a concluir que en realidad es el primer miembro conocido de la región interior de la nube de Oort. Otros especulan con que podría haber sido empujado a su órbita actual por una estrella en tránsito, tal vez del seno del grupo de nacimiento del Sol, o incluso que fuera capturado de otro sistema estelar. Otra hipótesis sugiere que su órbita puede ser evidencia de otro planeta más allá de la órbita de Neptuno. El astrónomo Michael E. Brown —codescubridor de Sedna y de los planetas enanos Eris, Haumea y Makemake— cree que es el objeto transneptuniano más importante encontrado hasta la fecha, pues el estudio de su inusual órbita puede aportar información valiosa acerca del origen y la evolución temprana del sistema solar-
Sedna is the small solar system body number 90377; 7 n. 3 is a trans-Neptunian object specifically. In 2012 it was about three times farther from the sun than Neptune. For most of its orbit it is even farther from the Sun, with its estimated 960 astronomical units (AU) -32 times the distance of Neptune aphelion, so it is one of the most distant known objects in the solar system, comets are not largo.n period. 4 n. 5 exceptionally long and elongated orbit of Sedna, which takes about 11,400 years to complete, and its farthest point of closest approach to the Sun, 76 ua, have led to much speculation as to its origin.
It was discovered on 14 November 2003 from the observatory of Monte Palomar.10 The name Sedna comes from the mythology Inuit goddess of the sea and marine animals. Hostile men and endowed with a gigantic height, Sedna was doomed to live in the cold depths of the ocean Ártico.11
Spectroscopy revealed that the surface composition is similar to that of other trans-Neptunian objects, still largely a mixture of ice and frozen TOLINA methane and nitrogen. Its surface is one of the reddest in the solar system. Not well known or its mass or size and the International Astronomical Union has not formally recognized as a dwarf planet, 12 13 although several astronomers estimate that es.14 15 16 17 18
The Minor Planet Center puts you in the scattered disk, a group of objects sent to highly elongated orbits by the gravitational influence of Neptune. However, this classification is questioned as Sedna never comes close enough to Neptune as it can affect, leading some astronomers to conclude that actually is the first known member of the inner region of the Oort cloud. Others speculate that it could have been pushed into its current orbit by a star in transit, perhaps within the group of the birth of the Sun, or even that was captured from another star system. Another hypothesis suggests that its orbit may be evidence of another planet beyond Neptune's orbit. Astronomer Michael E. Brown -codescubridor of Sedna and the dwarf planets Eris, Haumea and Makemake- think is the most important trans-Neptunian object found to date, since the study of its unusual orbit can provide valuable information about the origin and early evolution of the solar system
wn.com/(90377) Sedna
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto transneptuniano. En 2012 se encontraba aproximadamente tres veces más lejos del Sol que Neptuno. Durante la mayor parte de su órbita está incluso más lejos del Sol, con su afelio estimado en 960 unidades astronómicas (ua) —32 veces la distancia de Neptuno—, por lo que es uno de los objetos más lejanos conocidos del sistema solar, que no sean los cometas de período largo.n. 4 n. 5 La órbita excepcionalmente larga y elongada de Sedna, que tarda unos 11 400 años en completarse, y su lejano punto de máxima aproximación al Sol, a 76 ua, han dado lugar a mucha especulación en cuanto a su origen.
Fue descubierto el 14 de noviembre de 2003 desde el observatorio de Monte Palomar.10 El nombre de Sedna proviene de la diosa de la mitología esquimal del mar y de los animales marinos. Hostil a los hombres y dotada de una altura gigantesca, Sedna estaba condenada a vivir en las frías profundidades del océano Ártico.11
La espectroscopía reveló que la composición de su superficie es similar a la de otros objetos transneptunianos, siendo en gran medida una mezcla de hielo y tolina con metano y nitrógeno congelados. Su superficie es una de las más rojas en el sistema solar. No se conoce bien ni su masa ni su tamaño y la Unión Astronómica Internacional no lo ha reconocido formalmente como un planeta enano,12 13 aunque varios astrónomos estiman que lo es.14 15 16 17 18
El Minor Planet Center lo coloca en el disco disperso, un grupo de objetos enviados a órbitas muy alargadas por la influencia gravitacional de Neptuno. Sin embargo, esta clasificación es cuestionada ya que Sedna nunca se acerca lo suficiente a Neptuno como para que pueda afectarle, lo que llevó a algunos astrónomos a concluir que en realidad es el primer miembro conocido de la región interior de la nube de Oort. Otros especulan con que podría haber sido empujado a su órbita actual por una estrella en tránsito, tal vez del seno del grupo de nacimiento del Sol, o incluso que fuera capturado de otro sistema estelar. Otra hipótesis sugiere que su órbita puede ser evidencia de otro planeta más allá de la órbita de Neptuno. El astrónomo Michael E. Brown —codescubridor de Sedna y de los planetas enanos Eris, Haumea y Makemake— cree que es el objeto transneptuniano más importante encontrado hasta la fecha, pues el estudio de su inusual órbita puede aportar información valiosa acerca del origen y la evolución temprana del sistema solar-
Sedna is the small solar system body number 90377; 7 n. 3 is a trans-Neptunian object specifically. In 2012 it was about three times farther from the sun than Neptune. For most of its orbit it is even farther from the Sun, with its estimated 960 astronomical units (AU) -32 times the distance of Neptune aphelion, so it is one of the most distant known objects in the solar system, comets are not largo.n period. 4 n. 5 exceptionally long and elongated orbit of Sedna, which takes about 11,400 years to complete, and its farthest point of closest approach to the Sun, 76 ua, have led to much speculation as to its origin.
It was discovered on 14 November 2003 from the observatory of Monte Palomar.10 The name Sedna comes from the mythology Inuit goddess of the sea and marine animals. Hostile men and endowed with a gigantic height, Sedna was doomed to live in the cold depths of the ocean Ártico.11
Spectroscopy revealed that the surface composition is similar to that of other trans-Neptunian objects, still largely a mixture of ice and frozen TOLINA methane and nitrogen. Its surface is one of the reddest in the solar system. Not well known or its mass or size and the International Astronomical Union has not formally recognized as a dwarf planet, 12 13 although several astronomers estimate that es.14 15 16 17 18
The Minor Planet Center puts you in the scattered disk, a group of objects sent to highly elongated orbits by the gravitational influence of Neptune. However, this classification is questioned as Sedna never comes close enough to Neptune as it can affect, leading some astronomers to conclude that actually is the first known member of the inner region of the Oort cloud. Others speculate that it could have been pushed into its current orbit by a star in transit, perhaps within the group of the birth of the Sun, or even that was captured from another star system. Another hypothesis suggests that its orbit may be evidence of another planet beyond Neptune's orbit. Astronomer Michael E. Brown -codescubridor of Sedna and the dwarf planets Eris, Haumea and Makemake- think is the most important trans-Neptunian object found to date, since the study of its unusual orbit can provide valuable information about the origin and early evolution of the solar system
- published: 15 Aug 2016
- views: 7
90377 Sedna the dwarf planet and our solar system
- Order: Reorder
- Duration: 3:36
- Updated: 06 Aug 2015
- views: 1680
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the disco...
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the discovery of new planets and dwarf planets within it.
wn.com/90377 Sedna The Dwarf Planet And Our Solar System
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical orbit, say about our solar system that may point the way to the discovery of new planets and dwarf planets within it.
- published: 06 Aug 2015
- views: 1680
Planet Focus: 90377 Sedna 2003 VB12
- Order: Reorder
- Duration: 0:59
- Updated: 23 Aug 2011
- views: 976
Here is the view of Sedna.
Here is the view of Sedna.
wn.com/Planet Focus 90377 Sedna 2003 Vb12
90377 Sedna: New Mystery
- Order: Reorder
- Duration: 0:19
- Updated: 05 Aug 2007
- views: 8006
Zoom out from our Sun to the newly discovered celestial object Sedna. The artwork is a conception designed by Adolph Schaller. Sedna resides three times farther...
Zoom out from our Sun to the newly discovered celestial object Sedna. The artwork is a conception designed by Adolph Schaller. Sedna resides three times farther away from the Sun than the planet Pluto.
wn.com/90377 Sedna New Mystery
Nebelom - 90377 Sedna
- Order: Reorder
- Duration: 8:08
- Updated: 03 Jun 2009
- views: 492
This few flickers here is a video for my project "Nebelom"
You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicat...
This few flickers here is a video for my project "Nebelom"
You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicated tuh..)
Check my "musical" project on Last fm http://www.last.fm/music/Nebelom
If you must download my album I can't stop you: http://www.fileden.com/files/2007/1/25/691289/Nebelom%20-%20QVVMHS.rar
wn.com/Nebelom 90377 Sedna
This few flickers here is a video for my project "Nebelom"
You listen "QVVMHS" - "90377 Sedna" (stupid names for stupid things make them look extra complicated tuh..)
Check my "musical" project on Last fm http://www.last.fm/music/Nebelom
If you must download my album I can't stop you: http://www.fileden.com/files/2007/1/25/691289/Nebelom%20-%20QVVMHS.rar
- published: 03 Jun 2009
- views: 492
Sedna: the furthest object to orbit the sun
- Order: Reorder
- Duration: 1:52
- Updated: 26 Apr 2014
- views: 13162
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy h...
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane and nitrogen ices with tholins. Its surface is one of the reddest in the Solar System. It is probably a dwarf planet.
Sedna's exceptionally long and elongated orbit, taking approximately 11,400 years to complete, and distant point of closest approach to the Sun, at 76 AU, have led to much speculation about its origin.
Its orbit is extremely eccentric, with an aphelion estimated at 937 AU and a perihelion at about 76 AU, the most distant perihelion observed for any Solar System object until the discovery of 2012 VP113. At its discovery it was 89.6 AU.
Observations from the SMARTS telescope show that in visible light Sedna is one of the reddest objects in the Solar System, nearly as red as Mars.
Sedna's perihelion will be reached around 2075--2076. This close approach to the Sun provides an opportunity for study which will not occur again for 12,000 years. Though Sedna is listed on NASA's Solar System exploration website, NASA is not known to be considering any type of mission at this time.
Subscribe to stay updated and educated. .
.
stargazer.
wn.com/Sedna The Furthest Object To Orbit The Sun
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of 2012, about three times as far from the Sun as Neptune. Spectroscopy has revealed that Sedna's surface composition is similar to that of some other trans-Neptunian objects, being largely a mixture of water, methane and nitrogen ices with tholins. Its surface is one of the reddest in the Solar System. It is probably a dwarf planet.
Sedna's exceptionally long and elongated orbit, taking approximately 11,400 years to complete, and distant point of closest approach to the Sun, at 76 AU, have led to much speculation about its origin.
Its orbit is extremely eccentric, with an aphelion estimated at 937 AU and a perihelion at about 76 AU, the most distant perihelion observed for any Solar System object until the discovery of 2012 VP113. At its discovery it was 89.6 AU.
Observations from the SMARTS telescope show that in visible light Sedna is one of the reddest objects in the Solar System, nearly as red as Mars.
Sedna's perihelion will be reached around 2075--2076. This close approach to the Sun provides an opportunity for study which will not occur again for 12,000 years. Though Sedna is listed on NASA's Solar System exploration website, NASA is not known to be considering any type of mission at this time.
Subscribe to stay updated and educated. .
.
stargazer.
- published: 26 Apr 2014
- views: 13162
0RBITALIS Soundtrack - 90377 SEDNA
- Order: Reorder
- Duration: 4:53
- Updated: 30 May 2015
- views: 23
Buy the full album here:
http://doseone.bandcamp.com/album/0rbitalis-soundtrack
Buy the game here:
http://store.steampowered.com/app/278440/
Buy the full album here:
http://doseone.bandcamp.com/album/0rbitalis-soundtrack
Buy the game here:
http://store.steampowered.com/app/278440/
wn.com/0Rbitalis Soundtrack 90377 Sedna
Sedna or Solar System Planet No:10
- Order: Reorder
- Duration: 1:17
- Updated: 07 Feb 2010
- views: 36596
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz...
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
wn.com/Sedna Or Solar System Planet No 10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
- published: 07 Feb 2010
- views: 36596
Understanding how Sedna and the Sun orbit each other
- Order: Reorder
- Duration: 4:04
- Updated: 26 Jan 2015
- views: 10942
A simple demo kind of gives you an idea or what an 'orbit' really means.
The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2...
A simple demo kind of gives you an idea or what an 'orbit' really means.
The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2arJhiNL6L89PVQE72rvOO0EmZwfceaN
Subscribe to my backup channel too: https://www.youtube.com/channel/UCrJpbo3galacVELIZNYU23g
For educational purposes. .
stargazer.
wn.com/Understanding How Sedna And The Sun Orbit Each Other
A simple demo kind of gives you an idea or what an 'orbit' really means.
The Sun's Evil Twin - The Nemesis Hypothesis: https://www.youtube.com/playlist?list=PL2arJhiNL6L89PVQE72rvOO0EmZwfceaN
Subscribe to my backup channel too: https://www.youtube.com/channel/UCrJpbo3galacVELIZNYU23g
For educational purposes. .
stargazer.
- published: 26 Jan 2015
- views: 10942
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21:31
90377 Sedna
This is a spoken word version of the article: 90377 Sedna
Accent: Californian English...
published: 03 Feb 2014
90377 Sedna
90377 Sedna
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4:20
(90377) Sedna
Sedna es el cuerpo menor del sistema solar número 90377;7 n. 3 concretamente es un objeto ...
published: 15 Aug 2016
(90377) Sedna
(90377) Sedna
- Report rights infringement
- published: 15 Aug 2016
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3:36
90377 Sedna the dwarf planet and our solar system
What might the orbit of 90377 Sedna, a dwarf planet with a very extreme unusual elliptical...
published: 06 Aug 2015
90377 Sedna the dwarf planet and our solar system
90377 Sedna the dwarf planet and our solar system
- Report rights infringement
- published: 06 Aug 2015
- views: 1680
0:59
Planet Focus: 90377 Sedna 2003 VB12
Here is the view of Sedna.
published: 23 Aug 2011
Planet Focus: 90377 Sedna 2003 VB12
Planet Focus: 90377 Sedna 2003 VB12
- Report rights infringement
- published: 23 Aug 2011
- views: 976
0:19
90377 Sedna: New Mystery
Zoom out from our Sun to the newly discovered celestial object Sedna. The artwork is a con...
published: 05 Aug 2007
90377 Sedna: New Mystery
90377 Sedna: New Mystery
- Report rights infringement
- published: 05 Aug 2007
- views: 8006
8:08
Nebelom - 90377 Sedna
This few flickers here is a video for my project "Nebelom"
You listen "QVVMHS" - "90377...
published: 03 Jun 2009
Nebelom - 90377 Sedna
Nebelom - 90377 Sedna
- Report rights infringement
- published: 03 Jun 2009
- views: 492
1:52
Sedna: the furthest object to orbit the sun
90377 Sedna is a large planetoid in the outer reaches of the Solar System that was, as of ...
published: 26 Apr 2014
Sedna: the furthest object to orbit the sun
Sedna: the furthest object to orbit the sun
- Report rights infringement
- published: 26 Apr 2014
- views: 13162
4:53
0RBITALIS Soundtrack - 90377 SEDNA
Buy the full album here:
http://doseone.bandcamp.com/album/0rbitalis-soundtrack
Buy the ...
published: 30 May 2015
0RBITALIS Soundtrack - 90377 SEDNA
0RBITALIS Soundtrack - 90377 SEDNA
- Report rights infringement
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- views: 23
1:17
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Br...
published: 07 Feb 2010
Sedna or Solar System Planet No:10
Sedna or Solar System Planet No:10
- Report rights infringement
- published: 07 Feb 2010
- views: 36596
4:04
Understanding how Sedna and the Sun orbit each other
A simple demo kind of gives you an idea or what an 'orbit' really means.
The Sun's Evil Tw...
published: 26 Jan 2015
Understanding how Sedna and the Sun orbit each other
Understanding how Sedna and the Sun orbit each other
- Report rights infringement
- published: 26 Jan 2015
- views: 10942
90377 Sedna...
(90377) Sedna...
90377 Sedna the dwarf planet and our solar system...
Planet Focus: 90377 Sedna 2003 VB12...
90377 Sedna: New Mystery...
Nebelom - 90377 Sedna...
Sedna: the furthest object to orbit the sun...
0RBITALIS Soundtrack - 90377 SEDNA...
Sedna or Solar System Planet No:10...
Understanding how Sedna and the Sun orbit each oth...
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Lyrics list:lyrics
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The King
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Slave To Dream
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One Last Crime
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Midnight Man
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Masters Of Stars
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Master Shadow
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Losing My Faith
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Legend In Time
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Invisible
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Great Soul Of Steel
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The King
The story tells of the king of the sky,
Creator of dreams
On a big book he used to write,
The destiny of all galaxies
Lost in darkness, in his castle, far in the universe
He knew when the world began,
why life ended up
And the reason why events took place
One flies away on the rainbow or inside life
And one's heart's alive...to run...
When the night falls, he'll dominate
And from his throne, magic he'll spread
Present and future have no difference
For the immortal ones
Prisoner of an impossible task
Of life be knew nothing at all
All that's real, the oceans and stars
Are a fruit of his mind
Every soul is important and dreaming he creates
New lives to lose or win
One flies away on the rainbow or inside life
And one's heart's alive...to run...
When the night falls, he'll dominate
And from his throne, magic he'll spread
A race, as an end, the face, that is aging
Where's the mystery behind the dream
The space, I need to open a door, to know if
Heaven will have my replies
One flies away on the rainbow or inside life
And one's heart's alive...to run...
When the night falls, he'll dominate
photo: AP / Eyyup Burun/DHA
30 killed, several injured in suicide blast at wedding party in Turkey
Edit Deccan Chronicle 21 Aug 2016
Ankara. At least 30 people were killed and dozens more wounded late Saturday in an attack possibly carried out by a suicide bomber on a wedding party in the Turkish city of Gaziantep near the Syrian border, officials said. The explosion is the latest attack to have rocked the key NATO member in a horrific year that has seen a string of strikes blamed on Kurdish and Islamist militants as well as a bloody July 15 botched coup ... He added ... ....
photo: Via YouTube
Body of 5-year-old Minnesota girl found after Amber Alert
Edit The Tribune San Luis Obispo 21 Aug 2016
Authorities said they found the body of a 5-year-old Minnesota girl on Saturday just hours after they had issued an Amber Alert saying she had been abducted by a family friend ... ....
photo: Creative Commons / Hzh
China Opens World's Highest And Longest Glass Bridge
Edit NDTV 20 Aug 2016
China opened the world's highest and longest glass-bottomed bridge to visitors in Hunan province on Saturday. ....
photo: Creative Commons / david_hwang
Frank Ocean debuts 'Blonde,' his 1st album in 4 years
Edit Richmond Times Dispatch 21 Aug 2016
LOS ANGELES (AP) — The wait for Frank Ocean's latest album is finally over ... ....
photo: AP / Michael Sohn
Ryan Lochte says 'immature behavior' got him into a mess
Edit The Charlotte Observer 21 Aug 2016
American swimmer Ryan Lochte said he over-exaggerated what happened at a Rio de Janeiro gas station and acknowledged it was his "immature behavior" that got him and three teammates into a mess that consumed the final days of the Olympics ... ....
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Net Asset Value (Marwyn Value Investors Limited)
Edit Public Technologies 19 Aug 2016
(Source. Marwyn Value Investors Limited). 19 August 2016. Marwyn Value Investors Limited. Net Asset Value per Ordinary Share. The board of directors of Marwyn Value Investors Limited (the 'Company') today announces that the estimated net asset value per Ordinary Share of the Company based on the estimated value of its interests in Marwyn Value Investors L.P. is £2.12385 as at 5 August 2016 ... Historic Performance. Estimated ... Movement ... 2.90377....
Our Solar System Just Got Way More Interesting
Edit Voa News 13 Aug 2016
Neptune is the last stop when it comes to premier real estate in our Solar System. It's nearly 4.5 billion kilometers away and it takes 165 earth years for it to orbit the sun ... There's the still-hypothetical "planet nine," which is much larger than the earth and influencing the orbits of the other planetoids. There's our old friend Pluto, and other wonderfully named bits and bobs like Makemake, Haumea, Orcus and Sedna ... ....
Scientists discover two tiny 'worlds' beyond Neptune
Edit DNA India 25 Jul 2016
--> Mon, 25 Jul 2016-08.58am , Washington , PTI. The new objects are located beyond the Kuiper Belt, which is a region of small icy objects just beyond Neptune ... ALSO READ. NASA's Kepler mission discovers 100 new planets ... The two new objects have very distant perihelia but do not have extreme semi-major axes or eccentricities like the other high-perihelion extreme trans-Neptunian objects (TNOs) such as Sedna and 2012 VP113 ... ....
Two new 'worlds' discovered beyond Neptune
Edit Deccan Chronicle 24 Jul 2016
The new objects are located beyond the Kuiper Belt, which is a region of small icy objects just beyond Neptune, of which Pluto is a member ... The two new objects have very distant perihelia but do not have extreme semi-major axes or eccentricities like the other high-perihelion extreme trans-Neptunian objects (TNOs) such as Sedna and 2012 VP113 ... Their semi-major axes are in the range of about 60 to 100 AUs ... ....
After probing Jupiter with Juno, what next for Nasa?
Edit The National 16 Jul 2016
Sedna, discovered in 2003 by a team led by Prof Mike Brown, of the California Institute of Technology, has a bizarre, elliptical orbit that took it out more than 140 billion kilometres from the Sun. That made Sedna a long-range probe of whatever lay out in the frigid void far beyond Neptune ... These suspicions grew in 2014, when another Sedna-like object was found on a barely less extreme orbit....
"Deep Black" in Mexico City (Omega SA)
Edit Public Technologies 08 Jul 2016
(Source. Omega SA). The new Planet Ocean collection lands in Latin America. Mexico City Aquarium proved to be the perfect venue for the launch of OMEGA's new Seamaster Planet Ocean collection ... Each watch has a Master Chronometer certification, is resistance to magnetic fields of up to 15,000 gauss and features innovative new materials like ceramic, rubber, Liquidmetal®, 18k Sedna™ gold and OMEGA Ceragold™ ... 1701x1134)....
New “Deep Black” models launched in Munich (Omega SA)
Edit Public Technologies 06 Jul 2016
(Source. Omega SA) ... OMEGA President and CEO Raynald Aeschlimann, who was in Germany for the first time in his new office, spoke highly of the new collection, which features innovative new materials, including ceramic, rubber, Liquidmetal®, 18k Sedna™ gold and OMEGA Ceragold™ ... (noodl. 34414647) ....
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