Difference between revisions of "Manganese"

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(Remove foolishness. Will do this element correctly soon.)
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{{Element | name=Manganese | symbol=Mn | anumber=25 | amass=54.9 amu | noe=25 | class=Transition metal | cstructure=Cubic | color=Gray | date=1774 | discname=[[Johann Gahn]] | origname=From the Latin word ''mangnes'' (magnet) | uses=Steel, batteries, ceramics, coins | obtained=Pyrolusite, psilomelane, rhodochrosite}}
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{{Element | name=Manganese | symbol=Mn | anumber=25 | amass=54.9 amu | noe=25 | class=Transition metal | cstructure=Cubic | density=7.440 g/cm^3 | color=Gray | stableisotopes=1 | date=1774 | discname=[[Johann Gahn]] | origname=From the Latin word ''mangnes'' (magnet) | uses=Steel, batteries, ceramics, coins | obtained=Pyrolusite, psilomelane, rhodochrosite}}
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Manganese is a member of the transition metals in the periodic table. It is remarkable in all the other metals in that it is formed by the radioactive breakdown of magnesium isotopes, yet is still found in sufficient quantities to be useful in common, everyday processes and materials. Manganese is found in ore along with magnesium, and the two are seperated in a process similar to that of the blast furnace, due to their significantly different melting points (one melts and is tapped off while the other remains solid).<ref>Salters-Nuffield 'Chemical Storylines' - 2003</ref>
 
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[[Category:Metals]]
 
[[Category:Metals]]

Revision as of 19:23, November 29, 2008

Manganese
Properties
Atomic symbol Mn
Atomic number 25
Classification Transition metal
Atomic mass 54.9 amu
Number of Stable Isotopes 1
Density (grams per cc) 7.440 g/cm^3
Other Information
Date of discovery 1774
Name of discoverer Johann Gahn
Name origin From the Latin word mangnes (magnet)
Uses Steel, batteries, ceramics, coins
Obtained from Pyrolusite, psilomelane, rhodochrosite