On the composition and differentiation of Ceres

Physics & Astronomy

• water 100%
• Earth mantle 89%
• minerals 74%
• chondrites 74%
• ice 49%
• rocks 48%
• dwarf planets 41%
• carbonaceous chondrites 40%
• cosmic dust 38%
• mineralogy 37%
• porosity 36%
• protoplanets 32%
• crusts 31%
• dehydration 31%
• internal pressure 30%
• asteroids 29%
• inference 28%
• heat sources 27%
• hydrostatics 27%
• solar system 26%
• radioactive isotopes 25%
• spacecraft 22%
• deposits 22%
• salts 22%
• heating 15%

Earth & Environmental Sciences

• mantle 55%
• water 53%
• accretion 46%
• mineral 41%
• porosity 35%
• planetesimal 34%
• ice 33%
• ordinary chondrite 33%
• overturn 33%
• carbonaceous chondrite 31%
• heat source 28%
• hydrostatics 26%
• chondrite 26%
• asteroid 26%
• solar system 26%
• dehydration 25%
• rock 24%
• bulk density 24%
• spacecraft 23%
• radionuclide 22%
• planet 22%
• mineralogy 21%
• material 20%
• crust 19%
• dust 18%
• heating 17%
• salt 17%
• need 13%
• rate 8%