What are the physical and chemical properties of titanium and how common is it???? PLZ help!!!?
913800
Physical:\nLight and strong material. \n\nChemical:\nCorrosion resistant. Soluble in some acids. Has a high melting point.
310695
Key Words: K2O2\n\nMaterial Notes: \nYellow amorphous solid\n\nPhysical Properties Metric English Comments \n \nMolecular Weight 110.196 g/mol 110.196 g/mol   \n\nThermal Properties \n \n Melting Point 490 °C 914 °F   \n\nDescriptive Properties \n \n CAS Number 17014-71-0   \n\nColor Yellow \n\nTry to have a basis of the volume of the chemical, say, one cc so you can calculate the density..But try to check, the density may chage depending on the temperature and pressure (other conditions)..do you have other details availbale for your question?
368284
Traditionally, metals have certain characteristic physical properties: they are usually shiny (they have "lustre"), have a high density, are ductile and malleable, usually have a high melting point, are usually hard, and conduct electricity and heat well. However this is mainly because the low density, soft, low melting point metals happen to be reactive, and we rarely encounter them in their elemental, metallic form. Metals are also sonorous, which means that they conduct sound well.\n\nAnd not all metals are magnetic!\n\nPalladium is a soft silver-white metal that resembles platinum. It doesn't tarnish in air. Palladium is the least dense and has the lowest melting point of the platinum group metals. It is soft and ductile when annealed and greatly increases its strength and hardness when it is cold-worked. Palladium is chemically attacked by sulfuric and nitric acid but dissolves slowly in hydrochloric acid. This metal also does not react with oxygen at normal temperatures.
378640
Metal detectors either sense distortions in magnetic fields, or nuclear density- Titanium is one of the most non-magnetic metals, and is quite light (low nuclear density).
787702
Silver has a higher reflective index than any other industry-related metal anhydride.  For economic purposes, titanium isn't used in most commercial labs.  However in some superconductors, the 0.003% difference is crucial.  Though it costs much more.
177767
Titanium is normally found as Titanium Dioxide TiO2.  It is mined mostly in Australia where the largest deposits are found.
86176
Properties\n==========\n\nPhase gas \n\nDensity (0 °C, 101.325 kPa)\n        1.429 g/L \n\nMelting point 54.36 K\n              (-218.79 °C, -361.82 °F) \n\nBoiling point 90.20 K\n             (-182.95 °C, -297.31 °F) \n\nHeat of fusion (O2) 0.444 kJ/mol \n\nHeat of vaporization (O2) 6.82 kJ/mol \n\nHeat capacity (25 °C) (O2)\n              29.378 J/(mol·K) \n\nPromotes rapid combustion\n\nEssential to respiration of living being\n\nCommon existance as a diatomic molecule with the formula O2\n\nCan be toxic at high relative concentrations
302476
Intermetallic bonding is definitely confusing....\n\nFirst to review titanium chemically....All 'transition' metals are called as such because the the electrons in their outer-most shells keep shifting from one orbital to another and never stay put. This is why transition metals form compounds with variable oxidation states/valencies, as they don't always donate a fixed number of electrons, unlike group 1 and 2 elements which always donate 1 and 2 electrons respectively. So if a transition metal like titanium is to combine with another metal, then the resulting compound would not have a fixed formula, as you justified by mentioning TiAl and TiAl3.\n\nWhen 2 metals are to combine, both of them would donate electrons and since neither of the 2 metals would accept them, the donated electrons form an electron cloud around the atoms. Imagine it as 2 positive charges (nuclei of both metallic atoms) surrounded by a negatively charged cloud. The electron cloud is held in place by the attractive force of the nuclei for the electrons. \nIf 2 non-transition metals combine, the electron cloud formed would contain the fixed number of electrons that each metal would donate. If 2 transition metals combine or a transition metal combines with a non-transition metal, the electron cloud would vary in the number of electrons in it. \n\nConsider the electronic configuration of Ti and Al: \n1s2, 2s2, 2p6, 3s2, 3p6, 3d2, 4s2. [titanium]\n1s2, 2s2, 2p6, 3s2, 3p1 [aluminum]\nTitanium would donate 4 electrons from 4s2 and 3d2 to achieve noble gas configuration of argon. As stated at the beginning, the electrons in 3p and 3d orbitals would keep shifting to and fro, so it may happen that at one point, 2 electrons from 3s orbital shift to 3d, and the like. So each time titanium has to bond with aluminum, it may donate 4 or more than 4 electrons.\nIf at one point, 1 titanium atom donates 4 electrons from 4s2 and 3d2 and 4 aluminum atoms donate 1 each from 3p1, then both will have a complete orbital (for Al) and a complete shell (for Ti) left. So with 1 Ti atom and 4 Al atoms, the compound formed will be TiCl4. Other compound like TiAl will be formed according to the number of atoms (of both metals), and the number of electrons they donate.
599311
I plan on keeping mine in for the rest of my life with no rusting.  I would think that in a few million years if they find even my bones decayed away, that titanium will still be sittin' there shining nice and pretty.
782646
Titanium melting point = 1675 C, boiling point = 3260C, so at NPT it is a metal, and will be insoluble in anything other than dilute acid (CRC, physical constants of inorganic compounds).
144775
The melting point of titanium is approx. 1660 Celcius
361085
There is a wide range of tatanium alloys. Take a look at the  provided link for a list of alloys with links to get detailed descriptions and chemistry (if needed).
862924
Remember the defintions of "chemical" and "physical" properties!\n\nPhysical are those that can be experienced by the senses (sight, smell, taste, hearing, touch). Chemical are those in which the chemical reaction creates a new material; however, it has become accepted practice to use "chemical property" to define a material's behavior at a set of known conditions (temperature, humidty, pressure, etc). \n\nThe site given lists just about everything you'd want to know about Nitrogen; from it, you should be able to answer some of the basic "physical" characteristics and pull what you need for the chemical ones.\n\nLike I've answered before - since the definition of "chemical" has evolved over the years, you need to decide for yourself which ones best answer your query.
1044046
Titanium is used for a lot of things because of its unique properties.  For structural things, like aircraft parts or bicycle frames, it is usually alloyed with aluminum and vanadium because it is far too brittle in its pure form.  Even alloyed, titanium will not bend much before breaking (unlike mild steel or aluminum, which are very ductile).  This one of the reasons surgeons use it for bone pins and the like.  The extreme hardness and lack of ductility are common to most metals that have the same face centered hexagonal crystal structure (the arrangement of atoms in bulk material) more ductile metals tend to have cubic crystal structures.  \nIt is stronger than steel by weight, but not necessarily by volume, though it beats aluminum on both counts.  \n\nOne of the reasons you don't see it in more places is that it is very expensive to refine and work with.  Casting it requires much higher temperatures than steel and it is very sensitive to impurities so it is difficult to weld.  It is very hard so it is difficult to machine or cold-form.
845859
what are the properties of minerals?\n...\nsorry thats all i got
812501
Sorry I don't know any specific sites, but maybe I can give you a little more info to help you find info?\n\nUsually people use alloys because they have better properties than any of the metals it is made out of.  For example:\nstainless steel is iron with chromium in it.  It doesn't tarnish, rust or anything like that.\nbrass is copper and zinc
532265
Titanium is a chemical element in the periodic table that has the symbol Ti and atomic number 22. It is a light, strong, lustrous, corrosion-resistant (including resistance to sea water and chlorine) transition metal with a white-silvery-metallic colour. Titanium is used in strong light-weight alloys (most notably with iron and aluminium) and its most common compound, titanium dioxide, is used in white pigments. Examples in which white pigment, consisting of titanium oxide, is used, are correction fluid and commonly used white paint to repaint walls. It is also used in toothpaste, white road marking paints and in white fireworks. Substances containing titanium are called titaniferous.\n\nThe element occurs in numerous minerals with the main sources being rutile and ilmenite, which are widely distributed over the Earth. There are two allotropic forms and five naturally occurring isotopes of this element; titanium-46 through titanium-50 with titanium-48 being the most abundant (73.8%). One of titanium's most notable characteristics is that it is as strong as steel but is only 60% its density. Titanium's properties are chemically and physically similar to zirconium