Unobtanium/Properties: Difference between revisions

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imported>David Yamakuchi
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imported>David Yamakuchi
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<noinclude>{{subpages}}</noinclude>
<noinclude>{{subpages}}</noinclude>
 
{{TOC|Right}}
<noinclude>
<noinclude>
== Atomic symbol == </noinclude>
== Atomic symbol ==
There is no atomic symbol for Unobtanium...because it does not exist.  But if there were it might be: <big></noinclude>
<section begin=Atomic symbol />
<section begin=Atomic symbol />
Ume
Ume
<section end=Atomic symbol />
<section end=Atomic symbol />
 
<noinclude></big>
<noinclude>
== Atomic number ==
== Atomic number == </noinclude>
</noinclude>
<section begin=Atomic number />
<section begin=Atomic number />
-1
-1
<section end=Atomic number />
<section end=Atomic number />
<noinclude>


<noinclude>
== Standard atomic weight ==
== Standard atomic weight == </noinclude>
 
</noinclude>
<section begin=Standard atomic weight />
<section begin=Standard atomic weight />
<section begin=Atomic mass />
<section begin=Atomic mass />
Line 23: Line 26:
<ref>(This is a reference about Standard atomic weight)</ref>
<ref>(This is a reference about Standard atomic weight)</ref>
<section end=Standard atomic weight />
<section end=Standard atomic weight />
<noinclude>
== Standard phase ==


<noinclude>
</noinclude>
== Standard phase == </noinclude>
<section begin=Standard phase />
<section begin=Standard phase />
Solid
Solid
<section end=Standard phase />
<section end=Standard phase />
<noinclude>


<noinclude>
== Elemental class ==
== Elemental class == </noinclude>
 
</noinclude>
<section begin=Elemental class />
<section begin=Elemental class />
Ume has class!
Ume has class!
<section end=Elemental class />
<section end=Elemental class />
<noinclude>


<noinclude>
== Group ==
== Group == </noinclude>
 
</noinclude>
<section begin=Group />
<section begin=Group />
1
1
<section end=Group />
<section end=Group />
<noinclude>
== Period ==


<noinclude>
</noinclude>
== Period == </noinclude>
<section begin=Period />
<section begin=Period />
2
2
<section end=Period />
<section end=Period />
<noinclude>


<noinclude>
== Block ==
== Block == </noinclude>
 
</noinclude>
<section begin=Block />
<section begin=Block />
z
z
<section end=Block />
<section end=Block />
<noinclude>


<noinclude>
== Appearance ==
== Appearance == </noinclude>
 
</noinclude>
<section begin=Appearance />
<section begin=Appearance />
No
No<ref>The BacPAC symbol for unobtanium is Ume. The U is capital...and the me is little.</ref>
<section end=Appearance />
<section end=Appearance />
<noinclude>
== Electronegativity ==


<noinclude>
</noinclude>
== Electronegativity == </noinclude>
<section begin=Electronegativity />
<section begin=Electronegativity />
3.14
3.14
<section end=Electronegativity />
<section end=Electronegativity />
<noinclude>
== Density ==


<noinclude>
</noinclude>
== Density == </noinclude>
<section begin=Density />
<section begin=Density />
3.0{{u|g/mm<sup>3</sup>}}
3.0{{u|g/mm<sup>3</sup>}}
<section end=Density />
<section end=Density />
<noinclude>
== Melting point ==


<noinclude>
</noinclude>
== Melting point == </noinclude>
<section begin=Melting point />
<section begin=Melting point />
100
100
<section end=Melting point />
<section end=Melting point />
<noinclude>


<noinclude>
== Boiling point ==
== Boiling point == </noinclude>
 
</noinclude>
<section begin=Boiling point />
<section begin=Boiling point />
999
999
<section end=Boiling point />
<section end=Boiling point />
<noinclude>


<noinclude>
== Heat of fusion ==
== Heat of fusion == </noinclude>
 
</noinclude>
<section begin=Heat of fusion />
<section begin=Heat of fusion />
1.21{{u|GW}}
1.21{{u|GW}}
<section end=Heat of fusion />
<section end=Heat of fusion />
<noinclude>


<noinclude>
== Heat of vaporization ==
== Heat of vaporization == </noinclude>
 
</noinclude>
<section begin=Heat of vaporization />
<section begin=Heat of vaporization />
-12345
-12345
<section end=Heat of vaporization />
<section end=Heat of vaporization />
<noinclude>


<noinclude>
== Ionization energy ==
== Ionization energy == </noinclude>
 
</noinclude>
<section begin=Ionization energy />
<section begin=Ionization energy />
1{{u|kJ/mol}}
1{{u|kJ/mol}}
<section end=Ionization energy />
<section end=Ionization energy />
<noinclude>
== 2nd Ionization energy ==


<noinclude>
</noinclude>
== 2nd Ionization energy == </noinclude>
<section begin=2nd Ionization energy />
<section begin=2nd Ionization energy />
2{{u|kJ/mol}}
2{{u|kJ/mol}}
<section end=2nd Ionization energy />
<section end=2nd Ionization energy />
<noinclude>
== 3rd Ionization energy ==


<noinclude>
</noinclude>
== 3rd Ionization energy == </noinclude>
<section begin=3rd Ionization energy />
<section begin=3rd Ionization energy />
3{{u|kJ/mol}}
3{{u|kJ/mol}}
<section end=3rd Ionization energy />
<section end=3rd Ionization energy />
<noinclude>
== Van der Waals radius ==


<noinclude>
</noinclude>
== Van der Waals radius == </noinclude>
<section begin=Van der Waals radius />
<section begin=Van der Waals radius />
3.5{{u|pm}}
3.5{{u|pm}}
<section end=Van der Waals radius />
<section end=Van der Waals radius />
<noinclude>


<noinclude>
== Young's modulus ==
== Young's modulus == </noinclude>
 
</noinclude>
<section begin=Young's modulus />
<section begin=Young's modulus />
5
5
<section end=Young's modulus />
<section end=Young's modulus />
<noinclude>
== Shear modulus ==


<noinclude>
</noinclude>
== Shear modulus == </noinclude>
<section begin=Shear modulus />
<section begin=Shear modulus />
8
8
<section end=Shear modulus />
<section end=Shear modulus />
<noinclude>


<noinclude>
== Bulk modulus ==
== Bulk modulus == </noinclude>
 
</noinclude>
<section begin=Bulk modulus />
<section begin=Bulk modulus />
66.5
66.5
<section end=Bulk modulus />
<section end=Bulk modulus />
<noinclude>
== Mohs hardness ==


<noinclude>
</noinclude>
== Mohs hardness == </noinclude>
<section begin=Mohs hardness />
<section begin=Mohs hardness />
3
3
<section end=Mohs hardness />
<section end=Mohs hardness />
<noinclude>
== CAS number ==


<noinclude>
</noinclude>
== CAS number == </noinclude>
<section begin=CAS number />
<section begin=CAS number />
42
42
<section end=CAS number />
<section end=CAS number />

Revision as of 10:54, 19 May 2010

This article is a stub and thus not approved.
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https://en.citizendium.org/wiki/index.php?title=Unobtanium/Properties&printable=yes
Template:Properties header

Template:Properties footer

Atomic symbol

There is no atomic symbol for Unobtanium...because it does not exist. But if there were it might be: <section begin=Atomic symbol /> Ume <section end=Atomic symbol />

Atomic number

<section begin=Atomic number /> -1 <section end=Atomic number />


Standard atomic weight

<section begin=Standard atomic weight /> <section begin=Atomic mass /> <section begin=Atomic weight /> 867.5309g/mol/uJ <section end=Atomic weight /> <section end=Atomic mass /> [1] <section end=Standard atomic weight />


Standard phase

<section begin=Standard phase /> Solid <section end=Standard phase />


Elemental class

<section begin=Elemental class /> Ume has class! <section end=Elemental class />


Group

<section begin=Group /> 1 <section end=Group />


Period

<section begin=Period /> 2 <section end=Period />


Block

<section begin=Block /> z <section end=Block />


Appearance

<section begin=Appearance /> No[2] <section end=Appearance />


Electronegativity

<section begin=Electronegativity /> 3.14 <section end=Electronegativity />


Density

<section begin=Density /> 3.0g/mm3 <section end=Density />


Melting point

<section begin=Melting point /> 100 <section end=Melting point />


Boiling point

<section begin=Boiling point /> 999 <section end=Boiling point />


Heat of fusion

<section begin=Heat of fusion /> 1.21GW <section end=Heat of fusion />


Heat of vaporization

<section begin=Heat of vaporization /> -12345 <section end=Heat of vaporization />


Ionization energy

<section begin=Ionization energy /> 1kJ/mol <section end=Ionization energy />


2nd Ionization energy

<section begin=2nd Ionization energy /> 2kJ/mol <section end=2nd Ionization energy />


3rd Ionization energy

<section begin=3rd Ionization energy /> 3kJ/mol <section end=3rd Ionization energy />


Van der Waals radius

<section begin=Van der Waals radius /> 3.5pm <section end=Van der Waals radius />


Young's modulus

<section begin=Young's modulus /> 5 <section end=Young's modulus />


Shear modulus

<section begin=Shear modulus /> 8 <section end=Shear modulus />


Bulk modulus

<section begin=Bulk modulus /> 66.5 <section end=Bulk modulus />


Mohs hardness

<section begin=Mohs hardness /> 3 <section end=Mohs hardness />


CAS number

<section begin=CAS number /> 42 <section end=CAS number />

  1. ↑ (This is a reference about Standard atomic weight)
  2. ↑ The BacPAC symbol for unobtanium is Ume. The U is capital...and the me is little.
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