Hydra (moon)
Hydra is the outermost known moon of Pluto . It was discovered along with Nix in June 2005, and was visited along with Pluto by New Horizons in July 2015. Hydra's surface is probably covered with water ice. It is irregularly shaped, and measures 50 kilometers (31 miles) along its longest dimension [5] . Hydra's reflectivity (the percentage of incident light reflected from the surface) is intermediate between those of Pluto and Charon . [6] [7]
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
75155 characters 8 sections 12 paragraphs 11 images 150 internal links 28 external links |
hydra 0.705 nix 0.313 pluto 0.256 charon 0.251 horizons 0.158 2005 0.124 styx 0.119 resonance 0.115 mutchler 0.106 steffl 0.106 reflectivity 0.098 fluctuation 0.083 andrew 0.076 hubble 0.070 max 0.064 |
Hydra is the outermost known moon of Pluto . It was discovered along with Nix in June 2005, and was visited along with Pluto by New Horizons in July 2015. Hydra's surface is probably covered with water ice. It is irregularly shaped, and measures 50 kilometers (31 miles) along its longest dimension [5] . Hydra's reflectivity (the percentage of incident light reflected from the surface) is intermediate between those of Pluto and Charon . [6] [7] |
|
| 2017 |
69896 characters 8 sections 12 paragraphs 9 images 148 internal links 27 external links |
hydra 0.723 nix 0.306 pluto 0.249 charon 0.245 horizons 0.154 2005 0.121 styx 0.116 resonance 0.113 mutchler 0.103 steffl 0.103 reflectivity 0.096 fluctuation 0.081 andrew 0.074 hubble 0.068 max 0.063 |
Hydra is the outermost known moon of Pluto . It was discovered along with Nix in June 2005, and was visited along with Pluto by New Horizons in July 2015. Hydra's surface is probably covered with water ice. Observed within Hydra's bright regions is a darker circular structure with a diameter of approximately 10 kilometers (5 miles). Hydra's reflectivity (the percentage of incident light reflected from the surface) is intermediate between those of Pluto and Charon . [5] [6] |
|
| 2016 |
66445 characters 8 sections 9 paragraphs 7 images 148 internal links 27 external links |
hydra 0.697 nix 0.326 charon 0.262 pluto 0.244 2005 0.129 styx 0.124 resonance 0.120 mutchler 0.110 steffl 0.110 reflectivity 0.102 fluctuation 0.086 horizons 0.082 andrew 0.079 hubble 0.073 max 0.067 |
Hydra is the outermost known moon of Pluto . It was discovered along with Nix in June 2005, and was visited along with Pluto by New Horizons in July 2015. Hydra's surface is probably covered with water ice. Observed within Hydra's bright regions is a darker circular structure with a diameter of approximately 10 kilometers (5 miles). Hydra's reflectivity (the percentage of incident light reflected from the surface) is intermediate between those of Pluto and Charon . [5] [6] |
|
| 2015 |
66507 characters 8 sections 9 paragraphs 7 images 147 internal links 24 external links |
hydra 0.697 nix 0.326 charon 0.262 pluto 0.244 2005 0.129 styx 0.124 resonance 0.120 mutchler 0.110 steffl 0.110 reflectivity 0.102 fluctuation 0.086 horizons 0.082 andrew 0.079 hubble 0.073 max 0.067 |
Hydra is the outermost known natural satellite of Pluto . It was discovered along with Nix in June 2005, and was visited along with Pluto by New Horizons in July 2015. Hydra's surface is probably covered with water ice. Observed within Hydra's bright regions is a darker circular structure with a diameter of approximately 10 kilometers (5 miles). Hydra's reflectivity (the percentage of incident light reflected from the surface) is intermediate between those of Pluto and Charon . [5] [6] |
|
| 2014 |
63271 characters 6 sections 5 paragraphs 7 images 154 internal links 24 external links |
hydra 0.550 nix 0.395 charon 0.267 pluto 0.242 2005 0.197 hubble 0.165 mutchler 0.150 steffl 0.150 resonance 0.131 brighter 0.110 andrew 0.108 max 0.091 battled 0.083 serpent 0.075 8723 0.075 |
Hydra is the outermost known natural satellite of Pluto . It was discovered along with Nix in June 2005, and is to be visited along with Pluto by the New Horizons mission in July 2015. [5] |
|
| 2013 |
63035 characters 6 sections 5 paragraphs 7 images 154 internal links 24 external links |
hydra 0.551 nix 0.395 charon 0.268 pluto 0.242 2005 0.198 hubble 0.166 mutchler 0.150 steffl 0.150 resonance 0.131 brighter 0.110 andrew 0.108 max 0.091 battled 0.083 serpent 0.075 8723 0.075 |
Hydra is the outermost known natural satellite of Pluto . It was discovered along with Nix in June 2005, and is to be visited along with Pluto by the New Horizons mission in July 2015. [5] |
|
| 2012 |
62232 characters 6 sections 5 paragraphs 7 images 155 internal links 23 external links |
hydra 0.523 nix 0.361 charon 0.280 pluto 0.253 2005 0.207 hubble 0.173 mutchler 0.157 steffl 0.157 resonance 0.137 brighter 0.115 andrew 0.113 max 0.095 moons 0.093 battled 0.087 serpent 0.079 |
Hydra ( Greek : Ύδρα ) is the second outermost known natural satellite of Pluto . It was discovered along with Nix in June 2005, and is to be visited along with Pluto by the New Horizons mission in July 2015. |
|
| 2011 |
61890 characters 6 sections 5 paragraphs 7 images 155 internal links 23 external links |
hydra 0.463 nix 0.343 charon 0.310 pluto 0.245 2005 0.229 mutchler 0.174 steffl 0.174 resonance 0.152 percent 0.132 brighter 0.127 andrew 0.125 hubble 0.115 max 0.105 moons 0.103 battled 0.096 |
Hydra is the second outermost known natural satellite of Pluto . It was discovered along with Nix in June 2005, and is to be visited along with Pluto by the New Horizons mission in July 2015. |
|
| 2010 |
59153 characters 3 sections 6 paragraphs 8 images 153 internal links 19 external links |
hydra 0.462 nix 0.342 charon 0.309 pluto 0.244 2005 0.228 mutchler 0.173 steffl 0.173 resonance 0.151 percent 0.131 brighter 0.127 andrew 0.125 hubble 0.115 reflectivity 0.107 max 0.105 moons 0.103 |
Hydra is the outermost natural satellite of Pluto . It was discovered along with Nix in June 2005 by the Hubble Space Telescope's Pluto Companion Search Team, which is composed of Hal A. Weaver , Alan Stern , Max J. Mutchler , Andrew J. Steffl , Marc W. Buie , William J. Merline , John R. Spencer , Eliot F. Young , and Leslie A. Young . |
|
| 2009 |
57720 characters 3 sections 5 paragraphs 6 images 151 internal links 18 external links |
hydra 0.463 nix 0.342 charon 0.309 pluto 0.245 2005 0.228 mutchler 0.174 steffl 0.174 resonance 0.152 percent 0.132 brighter 0.127 andrew 0.125 hubble 0.115 reflectivity 0.107 max 0.105 moons 0.103 |
Hydra is the outer-most natural satellite of Pluto . It was discovered along with Nix in June, 2005 by the Hubble Space Telescope's Pluto Companion Search Team, which is composed of Hal A. Weaver , Alan Stern , Max J. Mutchler , Andrew J. Steffl , Marc W. Buie , William J. Merline , John R. Spencer , Eliot F. Young , and Leslie A. Young . The discovery images were taken on May 15, 2005 and May 18, 2005; the moons were independently discovered by Max J. Mutchler on June 15, 2005 and Andrew J. Steffl on August 15, 2005. The discoveries were announced on October 31, 2005, after confirmation by precoveries from 2002. The moons were provisionally designated S/2005 P 1 (Hydra) and S/2005 P 2 (Nix). [5] [6] |
|
| 2008 |
57655 characters 2 sections 5 paragraphs 6 images 160 internal links 18 external links |
hydra 0.459 nix 0.340 charon 0.307 pluto 0.243 2005 0.227 mutchler 0.172 steffl 0.172 resonance 0.150 percent 0.131 brighter 0.126 andrew 0.124 hubble 0.114 reflectivity 0.107 max 0.104 moons 0.102 |
Hydra ( Template:PronEng HYE -drə , or as in Greek Ύδρα) is the outer-most natural satellite of Pluto . It was discovered along with Nix in June, 2005 by the Hubble Space Telescope's Pluto Companion Search Team, which is composed of Hal A. Weaver , Alan Stern , Max J. Mutchler , Andrew J. Steffl , Marc W. Buie , William J. Merline , John R. Spencer , Eliot F. Young , and Leslie A. Young . The discovery images were taken on May 15 , 2005 and May 18 , 2005 ; the moons were independently discovered by Max J. Mutchler on June 15 , 2005 and Andrew J. Steffl on August 15 , 2005 . The discoveries were announced on October 31 , 2005 , after confirmation by precoveries from 2002. The moons were provisionally designated S/2005 P 1 (Hydra) and S/2005 P 2 (Nix). [5] [6] |
|
| 2007 |
33203 characters 2 sections 7 paragraphs 2 images 84 internal links 14 external links |
hydra 0.423 charon 0.377 pluto 0.320 nix 0.313 2005 0.209 mutchler 0.159 steffl 0.159 template 0.149 resonance 0.139 percent 0.120 barycenter 0.117 brighter 0.116 andrew 0.114 hubble 0.105 reflectivity 0.098 |
a
Relative to the Pluto-Charon
barycenter
.
|
|
| 2006 |
19281 characters 2 sections 7 paragraphs 2 images 58 internal links 6 external links |
charon 0.403 hydra 0.395 pluto 0.341 nix 0.279 2005 0.198 mutchler 0.170 steffl 0.170 resonance 0.148 percent 0.128 barycenter 0.124 andrew 0.122 brightness 0.117 reflectivity 0.105 max 0.103 moons 0.100 |
a
Relative to the Pluto-Charon
barycenter
.
|
|
| 2005 |
12923 characters 2 sections 6 paragraphs 2 images 49 internal links 6 external links |
charon 0.363 2005 0.357 pluto 0.344 mutchler 0.244 reflectivity 0.227 max 0.148 eliot 0.122 merline 0.122 precoveries 0.122 steffl 0.122 template 0.114 leslie 0.114 misses 0.114 hal 0.114 brightness 0.113 |
S/2005 P 1 is a natural satellite of Pluto . It is one of two discovered in June 2005 by the Hubble Space Telescope Pluto Companion Search Team, composed of Hal A. Weaver , S. Alan Stern , Max J. Mutchler , Andrew J. Steffl , Marc W. Buie , William J. Merline , John R. Spencer , Eliot F. Young , and Leslie A. Young . |