k Ceres, artwork Ceres. Computer artwork based on Hubble Space Telescope HST images of the dwarf planet Ceres 1 Ceres. Ceres has a diameter of 950 kilometres. This makes it the largest object in the asteroid belt and the smallest identified dwarf planet in the solar system. A dwarf planet is an object large enough to be spherical due to its gravity but which doesnt dominate its orbit around the Sun. Ceres is one of many objects in the asteroid belt. The surface of Ceres is thought to consist of a mixture of water ice, and various hydrated minerals like carbonates and clays. Stock Photo - Afloimages
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Ceres, artwork Ceres. Computer artwork based on Hubble Space Telescope  HST  images of the dwarf planet Ceres  1 Ceres . Ceres has a diameter of 950 kilometres. This makes it the largest object in the asteroid belt and the smallest identified dwarf planet in the solar system. A dwarf planet is an object large enough to be spherical due to its gravity but which doesn t dominate its orbit around the Sun. Ceres is one of many objects in the asteroid belt. The surface of Ceres is thought to consist of a mixture of water ice, and various hydrated minerals like carbonates and clays.
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Ceres, artwork

Ceres. Computer artwork based on Hubble Space Telescope (HST) images of the dwarf planet Ceres (1 Ceres). Ceres has a diameter of 950 kilometres. This makes it the largest object in the asteroid belt and the smallest identified dwarf planet in the solar system. A dwarf planet is an object large enough to be spherical due to its gravity but which doesn't dominate its orbit around the Sun. Ceres is one of many objects in the asteroid belt. The surface of Ceres is thought to consist of a mixture of water ice, and various hydrated minerals like carbonates and clays.

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