From Childrenspedia
A planet is a large object such as Earth, Jupiter, etc. that orbits a star. It is smaller than a star, and it does not make light. Planets are ball-shaped (spheres). Objects that orbit planets are called moons. There are eight planets in our solar system. Pluto used to be called a planet, but in August 2006, a group of astronomers decided it should be called a dwarf planet instead. There are two more dwarf planets, Ceres and Eris.
The name "planet" is from the Greek word p?a??t?? (planetes), meaning "wanderers", or "things that move". Until the 1990s, people only knew of the eight that were in our solar system then. As of January 2007, we know of 209 other planets. All of the newly found planets are in other solar systems: they are extrasolar planets. Sometimes people call them "exoplanets".
[edit] In our solar system
The planets in our solar system have names of Greek or Roman gods, apart from Earth, because people did not think Earth was a planet in old times. However, Earth is occasionally referred by the name of a Roman god: Terra. Other languages, for example Chinese, use different names. Moons also have names of gods and people from classical mythology, or from the plays of Shakespeare.
[edit] Planets
Here is a list of planets in our solar system. They are ordered by how close they are to the sun, nearest first.
[edit] Types of Planets
Astronomers speak about major (or true) planets, and minor planets, which are smaller objects that go around the Sun. Some examples of "minor planets" are asteroids, comets, and trans-Neptunian objects.
Planets in Earth's solar system are of three sorts:
*
Terrestrial or
rocky: Planets that are similar
Template:Nowrap endto Earth — in them is mostly
rock: Mercury, Venus, Earth, Mars
*
Jovian or
gas giant: These planets are mostly made of
gas:
Template:Nowrap endJupiter, Saturn, Uranus, Neptune. Uranian planets are a special sort of gas giants, they have less
hydrogen and
helium.
*
Icy: Sometimes people also have a third sort,
Template:Nowrap endfor bodies such as
Pluto (though Pluto is no longer called a planet by everyone). These planets are mostly made of
ice.
Many objects in the Solar System that are not planets are also "icy". Examples are the icy moons of the outer planets of our solar system (like Triton).
[edit] Extrasolar planets
If a planet goes around another star besides our Sun, it is called an extrasolar planet. The extrasolar planets that we have found until today have masses about the same or larger than the gas giants in our solar system.
But there are three planets, orbiting a burned-out star, that are about the same size as the terrestrial planets. Also, a planet orbiting the star mu Arae has a mass of about 14 times that of the Earth.
It isn't clear whether the newly found large planets are similar to gas giants in our solar system. Perhaps they are entirely different. Some of the newly found planets, "hot Jupiters", orbit very close to their parent star, in nearly circular orbits. Because of this, they get much more radiation from the star than the gas giants in our solar system. So it is not certain that they are the same sort of planet.
Because other stars are so far away, it is very difficult to find planets orbiting other stars. The National Aeronautics and Space Administration of the United States has a program to make an artificial satellite called the "Terrestrial Planet Finder". This satellite could find "smaller" planets with masses similar to terrestrial planets.
Today, with our technology, people can only find extrasolar planets that are so big and so close to a star that their gravity makes the star move quite a lot. When we can build better telescopes, smaller planets might be found farther away.
If a planet does not go around any star, it is called an interstellar planet. Today, we do not know of any interstellar planet. But people think they are possible, because of computer simulations.
[edit] See also
{{#switch:|subgroup|child=
}}{{#if:The Solar System|{{#if:| | <th style="border-left:2px solid #fdfdfd;width:100%;|{{#if:{{#switch:|plain|off=1}}{{#if:Solar System||{{#switch:|subgroup|child|none=1}}}}|{{#ifeq:|off|{{#ifeq:uncollapsed|plain| }}|{{#ifeq:uncollapsed|plain|| }}}}|{{#ifeq:uncollapsed|plain| }}}}The Solar System | }}{{#if:|{{#if:The Solar System| | }}| {{{above}}} | }}{{#if:
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [1]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
|{{#if:The Solar System| | }}{{#if:|<td style="width:0%;padding:0px 2px 0px 0px;" rowspan={{#expr:1{{#if:The Sun · Mercury · Venus · Earth · Mars · Ceres · Jupiter · Saturn · Uranus · Neptune · Pluto · Makemake · Eris|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}}}>}}{{#if:|| {{{group1}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;|}}
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [2]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
{{#if:
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [3]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
| | {{#if:|<td style="width:0%;padding:0px 0px 0px 2px;" rowspan={{#expr:1{{#if:The Sun · Mercury · Venus · Earth · Mars · Ceres · Jupiter · Saturn · Uranus · Neptune · Pluto · Makemake · Eris|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}{{#if:|+2}}}}>}} }}{{#if:The Sun · Mercury · Venus · Earth · Mars · Ceres · Jupiter · Saturn · Uranus · Neptune · Pluto · Makemake · Eris|{{#if:The Solar System
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [4]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
| | }}{{#if:|| {{{group2}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:|{{#if:The Solar System
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [5]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
The Sun · Mercury · Venus · Earth · Mars · Ceres · Jupiter · Saturn · Uranus · Neptune · Pluto · Makemake · Eris| | }}{{#if:|| {{{group3}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group4}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group5}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;|}}{{#if:| | }}{{#if:| | {{#if:|| {{{group6}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group7}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group8}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group9}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group10}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group11}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group12}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group13}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group14}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group15}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group16}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group17}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group18}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group19}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:| | {{#if:|| {{{group20}}} | <td style="text-align:left;border-left:2px solid #fdfdfd;| | }}{{#if:See also: List of solar system objects|{{#if:The Solar System
<imagemap>
Image:Solar System XXIX.png
- The Sun
circle 0 0 90 35 The Sun
- Mercury
circle 112 18 6 Mercury
- Venus
circle 153 18 8 Venus
- Earth and the Moon
circle 203 8 4 The Moon
circle 194 18 8 Earth
- Mars and satellites
circle 239 13 3 Phobos and Deimos
circle 233 18 8 Mars
- Ceres and the asteroid belt
- - by placing the rectangle code for the asteroid belt AFTER Ceres, Ceres is "on top" (and can co-exist)
circle 271 18 8 Ceres
rect 256 0 288 35 The asteroid belt
- Jupiter and satellites
circle 316 18 15 Jupiter
circle 329 5 6 Moons of Jupiter
- Saturn and satellites
circle 372 18 10 Saturn
circle 381 7 6 Moons of Saturn
- Uranus and satellites
circle 418 18 9 Uranus
circle 427 10 6 Moons of Uranus
- Neptune and satellites
circle 471 10 3 Moons of Neptune
circle 462 18 12 Neptune
- Pluto, satellites, and the Kuiper belt
- - by placing the rectangle code for the Kuiper belt AFTER Pluto, Pluto is "on top" (and can co-exist)
circle 508 13 3 Moons of Pluto
circle 504 18 8 Pluto
- Makemake
- - by placing the rectangle code for the Kuiper Belt AFTER Makemake, Makemake is "on top" (and can co-exist)
circle 535 14 8 Makemake
rect 492 0 550 35 The Kuiper Belt
- Eris, Dysnomia, and the Scattered disc
- - by placing the rectangle code for the Scattered disc AFTER Eris, Eris is "on top" (and can co-exist)
circle 568 14 3 Dysnomia
circle 564 18 8 Eris
rect 551 0 580 35 The Scattered Disc
rect 581 0 601 35 The Oort Cloud
desc none
- - setting this to "bottom-right" will display a (rather large) icon linking to the graphic, if desired
- Notes:
- Details on the new coding for clickable images is here: [6]
- The smaller planets have a bit of an overlap just to ensure they're locatable, especially in the belts.
- While it may look strange, it's important to keep the codes for a particular system in order. The clickable coding treats the first object created in an area as the one on top.
- - I've placed moons on "top" so that their smaller circles won't disappear "under" their respective planets or dwarf planets.
- The "poly" code would be more appropriate for the moons of Jupiter, Saturn, and Uranus. However, there appears to be a bug with that aspect of the code.
- - I've compensated by using oversized circles for those moon groups, and tucking them UNDER their planets for now.
- The Sun is a rectangle as that approximates the edge closely enough for the purposes of this template.
- I've guessed as to the boundaries for the KB, SD, and OC - if they need adjustment, load the image into Paint and use the pencil tool to find the appropriate coordinates.
</imagemap>
The Sun · Mercury · Venus · Earth · Mars · Ceres · Jupiter · Saturn · Uranus · Neptune · Pluto · Makemake · Eris| | }}| See also: List of solar system objects | }} {{#switch:|subgroup|child=|none=|#default= |
