225088_Gonggong
known for
Wikipage redirect
(225088) 2007 OR10(225088) Gonggong(307261)_2002_MS42004 XR1902006 QH1812007OR102007 OR102007 OR 1022508890377_SednaCharon_(moon)David L. RabinowitzDwarf planetGonggongGonggong (KBO)Gonggong (Kuiper belt object)Gonggong (TNO)Gonggong (minor planet)Gonggong (planetoid)Kuiper beltList of Solar System objectsList of Solar System objects by sizeList of Solar System objects most distant from the SunList of gravitationally rounded objects of the Solar SystemList of minor-planet groupsList of minor planets: 225001–226000List of named minor planets: 200000–249999List of named minor planets: GList of natural satellitesList of trans-Neptunian objectsMeanings of minor planet names: 225001–226000Megan SchwambMinor-planet moonNatural satelliteOR10OartenOrbital resonancePrecoveryResonant trans-Neptunian objectSatellite system (astronomy)
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primaryTopic
225088_Gonggong
orbital period (μ)
absolute magnitude
has abstract
(225088) 2007 OR10 is een plan ...... U (Minor Planet Circ. 121135).
@nl
(225088) 2007 OR10 je velké tr ...... y se otočí jednou za 45 hodin.
@cs
(225088) 2007 OR10 هو جرم وراء ...... بر والقرص المبعثر وسحابة أورط.
@ar
(225088) 2007 OR10, proposat a ...... n satèl·lit natural conegut, .
@ca
(225088) 2007 OR10とは、散乱円盤天体に属す ...... で、固有名が付いていない太陽系の天体としては最も大きかった。
@ja
(225088) Gonggong (2007 OR10) ...... edna z największych planetoid.
@pl
(225088) Gonggong (désignation ...... bble datant de septembre 2010.
@fr
(225088) Gonggong, designado p ...... ios chino del agua Gong Gong.
@es
(225088) Gonggong, provisorisc ...... mit der Bezeichnung Xiangliu.
@de
(225088) Гун-гун — один из кру ...... н 46 раз, начиная с 1985 года.
@ru
apparent magnitude
discovery date
2007-07-17
epoch
17 December 2020 (JD2459200.5)
former name
@en
orbital period (s)
4.7897568e+7
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Wikipage page ID
21,174,200
page length (characters) of wiki page
Wikipage revision ID
1,021,237,626
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abs magnitude
align
right
@en
arg peri
2.076675e+2
asc node
3.368573e+2
background
#C2E0FF
@en
caption
A preliminary motion analysis ...... . Neptune is held stationary.
@en
Ecliptic view of the highly inclined orbits of Gonggong and Eris
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Gonggong and its moon Xiangliu seen by the Hubble Space Telescope in 2010
@en
Polar view of the orbits of Gonggong, Eris, and Pluto
@en
direction
vertical
@en
discovered
discovery site
earliest precovery date
1985-08-19
eccentricity
epoch
2020-12-17
escape velocity
≈  km/s
@en
flattening
image
image size
inclination
3.06273e+1
magnitude
mean anomaly
1.06496e+2
mean motion
/ day
@en
minorplanet
yes
@en
mp category
mpc name
Gonggong
@en
name
named after
period
1.7494586711999996E10
reason
Persistent disruptive editing
@en
rotation
or
@en
satellites
small
yes
@en
spectral type
B−V=
@en
V−I=
@en
V−R=
@en
surface grav
≈  m/s2
@en
time periastron
1856-12-14