i clearly dont know the answer if im asking the question
No. It is considered as a dwarf planet If you order a small Pepsi, you still get Pepsi, right? Pluto is a planet. It is a special class of planet; it is a dwarf planet. What it is not is a major planet.
No. A dwarf planet is classified as a celestial body in direct orbit of the sun that is large enough to be controlled by gravitational force rather than mechanical forces but has not cleared its path of orbit from other objects and debris. Where the planet orbits has nothing to do with planets being classified as dwarves.
The eight planets are, in order from closest to the sun; Mercury, Venus, Earth, Mars, Jupiter, Uranus, Neptune. The dwarf planet(made dwarf in 2005) is Pluto.
The IAU (International Astrology University) came up with three criteria that an object must meet in order to be considered a planet:The object must orbit the sun.The object must have strong enough gravity to pull itself into a nearly spherical shapeThe object must be able to clear its neighborhood of debris.Pluto fails the third criterion and so is classified as a dwarf planet.
In August of 2006, the IAU (International Astronomical Unit) declared the definition of a planet. In order to be a true planet, a planet must meet these three criteria.It must be an object which independently orbits the SunIt must have enough mass so that gravity pulls it into a roughly speroidal shapeIt must be large enough to "dominate" its orbit (ie. its mass must be much larger than anything else which crosses its orbitPluto does not meet all 3 criteria, therefore it is not a true planet, but a Dwarf Planet.
No. It is considered as a dwarf planet If you order a small Pepsi, you still get Pepsi, right? Pluto is a planet. It is a special class of planet; it is a dwarf planet. What it is not is a major planet.
In order:MercuryVenusEarthMarsJupiterSaturnUranusNeptunePlutoAs of 2006, Pluto is no longer considered a planet. It is considered a dwarf planet.
In order to be considered a planet, Pluto would have to clear its orbital path of debris. Pluto is not large enough to do this, so it was reclassified as a dwarf planet.
In order from least to greatest in mean radius:Vesta (protoplanet)Pallas (protoplanet)Charon+ (dwarf planet)Orcus (dwarf planet)Quaoar (dwarf planet)Ceres (dwarf planet)Sedna (dwarf planet)"Snow White" [2007 OR10]* (dwarf planet)Haumea* (dwarf planet)Makemake (dwarf planet)Pluto+ (dwarf planet)Eris (dwarf planet)Mercury (terrestrial planet)Mars (terrestrial planet)Venus (terrestrial planet)Earth (terrestrial planet)Neptune (ice giant)Uranus (ice giant)Saturn (gas giant)Jupiter (gas giant)*There is a slight discrepancy as to how Haumea ought to be measured, due to its unusual shape. This makes it slightly unclear as to which is considered larger between Haumea and "Snow White."+Binary planet
Mercury Venus Earth Mars Jupiter Saturn Uranus Neptune Pluto used to be a planet but was removed and is now called a dwarf planet because it is too small to fit the criteria of being a planet.
The position of the planets are, in order from the Sun: Mercury, Venus, Earth, Mars, Ceres [dwarf planet], Jupiter, Saturn, Uranus, Neptune, Pluto [dwarf planet], Haumea [dwarf planet], Makemake [dwarf planet] and Eris [dwarf planet].
In order to be classified as a dwarf planet, an object has to be large enough to have achieved hydrostatic equilibrium - that is, forced by gravity into a roughly spherical shape, unlike the odd shapes of asteroids. The lower limit to the size or mass of a dwarf planet is thus much more a matter of observation than formal definition. The size would thus depend upon its mass, the lower limit of which would be dictated by properties of matter. To be considered a proper dwarf planet it would also need to be in solar orbit and not, for example, a moon of another planet; it would further not have cleared the neighborhood around its orbit, as, for example, Pluto has not.
No. A dwarf planet is classified as a celestial body in direct orbit of the sun that is large enough to be controlled by gravitational force rather than mechanical forces but has not cleared its path of orbit from other objects and debris. Where the planet orbits has nothing to do with planets being classified as dwarves.
The eight planets are, in order from closest to the sun; Mercury, Venus, Earth, Mars, Jupiter, Uranus, Neptune. The dwarf planet(made dwarf in 2005) is Pluto.
Our solar system has 8 major planets and 5 dwarf planets. We used to label our solar system as having 9 major planets and no dwarf planets, but in 2006 the definition of planet was modified, and Pluto was moved to the dwarf planet category.The 8 major known planets in order from the Sun are:MercuryVenusEarthMarsJupiterSaturnUranusNeptuneIf you list ALL 13 known planets in order, including dwarf planets, they are:MercuryVenusEarthMarsCeresJupiterSaturnUranusNeptunePlutoHaumeaMakemakeErisDwarf planets also fall under the category of minor planets, of which there are thousands in our solar system. As of 2017, the orbits of 734,274 minor planets were archived at the Minor Planet Center, 496,815 of which had received permanent numbers. The largest minor planet that is not considered to be a dwarf planet is Sedna.
In order to be classified as a dwarf planet, an object has to be large enough to have achieved hydrostatic equilibrium - that is, forced by gravity into a roughly spherical shape, unlike the odd shapes of asteroids. The lower limit to the size or mass of a dwarf planet is thus much more a matter of observation than formal definition. The size would thus depend upon its mass, the lower limit of which would be dictated by properties of matter. To be considered a proper dwarf planet it would also need to be in solar orbit and not, for example, a moon of another planet; it would further not have cleared the neighborhood around its orbit, as, for example, Pluto has not.
The IAU (International Astrology University) came up with three criteria that an object must meet in order to be considered a planet:The object must orbit the sun.The object must have strong enough gravity to pull itself into a nearly spherical shapeThe object must be able to clear its neighborhood of debris.Pluto fails the third criterion and so is classified as a dwarf planet.