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| General |
| Name, Symbol, Number | Titanium, Ti, 22 |
| Chemical series | transition metals |
| Group, Period, Block | 4, 4 , d |
| DensityFor other meanings of density, see density (disambiguation Density (symbol: rho Greek: rho) is a measure of mass per unit of volume. The higher an object's density, the higher its mass per volume. The average density of an object equals its total mass div, Hardness | 4507 kg/m3Kilogram per cubic metre is the SI measure of density and is represented as kg/m³, where kg stands for kilogram and m³ stands for cubic metre. The density of water is about 1000 kg/m³, since a cubic metre of water weighs about a tonne. kg/m³" is sometimes, 6 |
| AppearanceFor alternative meanings, see color (disambiguation). visual arts. Color (or colour is a sensation which (in humans) derives from the ability of the fine structure of the eye to distinguish three differently filtered analyses of a view. The perception of | Silvery metallic
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| Atomic properties |
| Atomic weightIn reference to a certain isotope of a chemical element, atomic weight (more accurately relative atomic mass though also called simply atomic mass is the mass of one atom of the isotope expressed in units atomic mass unit amu) such that the Carbon-12 isot | 47.867 amuTo help compare different orders of magnitude we list here masses between 6. 02 amu and 60. 2 amu (10-26 kg and 10-25 kg). See also masses of other orders of magnitude. lighter masses 6. 941 amu atomic mass of lithium 44. 955910 amu atomic mass of scandiu |
| Atomic radiusAtomic radius is the distance from the atomic nucleus to the outmost stable electron orbital in a atom that is at equilibrium and is measured in picometers or Angstroms. Atomic radii are called covalent radii (a reference to the types of bonds formed) whe (calc.) | 140 (176) pmTo help compare different orders of magnitude this page lists lengths between 100 pm and 1 nm (10-10 m and 10-9 m). See also lengths of other orders of magnitude. Lengths shorter than 100 pm 100 pm 1 Angstrom 100 pm (0. 1 nm) covalent radius of sulfur ato |
| Covalent radius | 136 pm |
| van der Waals radius | no data |
| Electron configuration | [ Ar]3d2 4 s2 |
| e- 's per energy level | 2, 8, 10, 2 |
| Oxidation state ( Oxide) | 4 ( amphoteric) |
| Crystal structure | Hexagonal |
| Physical properties |
| State of matter | Solid ( __) |
| Melting point | 1941 K (3034 ° F) |
| Boiling point | 3560 K (5949 °F) |
| Molar volume | 10.64 ×10-6 m3/mol |
| Heat of vaporization | 421 kJ/mol |
| Heat of fusion | 15.45 kJ/mol |
| Vapor pressure | 0.49 Pa at 1933 K |
| Velocity of sound | 4140 m/s at 293.15 K |
| Miscellaneous |
| Electronegativity | 1.54 ( Pauling scale) |
| Specific heat capacity | 520 J/(kg*K) |
| Electrical conductivity | 2.34 106/(m· ohm) |
| Thermal conductivity | 21.9 W/(m*K) |
| 1st ionization potential | 658.8 kJ/mol |
| 2nd ionization potential | 1309.8 kJ/mol |
| 3rd ionization potential | 2652.5 kJ/mol |
| 4th ionization potential | 4174.6 kJ/mol |
| 5th ionization potential | 9581 kJ/mol |
| 6th ionization potential | 11533 kJ/mol |
| 7th ionization potential | 13590 kJ/mol |
| 8th ionization potential | 16440 kJ/mol |
| 9th ionization potential | 18530 kJ/mol |
| 10th ionization potential | 20833 kJ/mol |
| Most stable isotopes |
| iso | NA | half-life | DM | DE M eV | DP |
| 44Ti | {syn.} | 63 y | ε | 0.268 | 44 Sc |
| 46Ti | 8.0% | Ti is stable with 24 neutrons |
| 47Ti | 7.3% | Ti is stable with 25 neutrons |
| 48Ti | 73.8% | Ti is stable with 26 neutrons |
| 49Ti | 5.5% | Ti is stable with 27 neutrons |
| 50Ti | 5.4% | Ti is stable with 28 neutrons |
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| SI units & STP are used except where noted. |
