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Mohs Hardness of the elements
Text lists sorted by:
Value |
Atomic Number
|
Alphabetical
Plots:
3D Live
|
Shaded
|
Ball
|
Crossed Line
|
Scatter
|
Sorted Scatter
Log scale plots:
3D Live
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|
Ball
|
Crossed Line
|
Scatter
|
Sorted Scatter
Good for this property:
Scatter
Cesium
0.2MPa
Manganese
6.MPa
Erbium
N/A
Potassium
0.4MPa
Germanium
6.MPa
Thulium
N/A
Rubidium
0.3MPa
Niobium
6.MPa
Ytterbium
N/A
Carbon
0.5MPa
[note]
Rhodium
6.MPa
Lutetium
N/A
Sodium
0.5MPa
Uranium
6.MPa
Mercury
N/A
Lithium
0.6MPa
Silicon
6.5MPa
Polonium
N/A
Indium
1.2MPa
Ruthenium
6.5MPa
Astatine
N/A
Thallium
1.2MPa
Tantalum
6.5MPa
Radon
N/A
Barium
1.25MPa
Iridium
6.5MPa
Francium
N/A
Gallium
1.5MPa
Vanadium
7.MPa
Radium
N/A
Strontium
1.5MPa
Rhenium
7.MPa
Actinium
N/A
Tin
1.5MPa
Osmium
7.MPa
Protactinium
N/A
Lead
1.5MPa
Tungsten
7.5MPa
Neptunium
N/A
Calcium
1.75MPa
Chromium
8.5MPa
Plutonium
N/A
Sulfur
2.MPa
Boron
9.3MPa
Americium
N/A
Selenium
2.MPa
Hydrogen
N/A
Curium
N/A
Cadmium
2.MPa
Helium
N/A
Berkelium
N/A
Tellurium
2.25MPa
Nitrogen
N/A
Californium
N/A
Bismuth
2.25MPa
Oxygen
N/A
Einsteinium
N/A
Magnesium
2.5MPa
Fluorine
N/A
Fermium
N/A
Zinc
2.5MPa
Neon
N/A
Mendelevium
N/A
Silver
2.5MPa
Phosphorus
N/A
Nobelium
N/A
Lanthanum
2.5MPa
Chlorine
N/A
Lawrencium
N/A
Cerium
2.5MPa
Argon
N/A
Rutherfordium
N/A
Gold
2.5MPa
Scandium
N/A
Dubnium
N/A
Aluminum
2.75MPa
Bromine
N/A
Seaborgium
N/A
Copper
3.MPa
Krypton
N/A
Bohrium
N/A
Antimony
3.MPa
Yttrium
N/A
Hassium
N/A
Thorium
3.MPa
Technetium
N/A
Meitnerium
N/A
Arsenic
3.5MPa
Iodine
N/A
Darmstadtium
N/A
Platinum
3.5MPa
Xenon
N/A
Roentgenium
N/A
Iron
4.MPa
Praseodymium
N/A
Ununbium
N/A
Nickel
4.MPa
Neodymium
N/A
Ununtrium
N/A
Palladium
4.75MPa
Promethium
N/A
Ununquadium
N/A
Cobalt
5.MPa
Samarium
N/A
Ununpentium
N/A
Zirconium
5.MPa
Europium
N/A
Ununhexium
N/A
Beryllium
5.5MPa
Gadolinium
N/A
Ununseptium
N/A
Molybdenum
5.5MPa
Terbium
N/A
Ununoctium
N/A
Hafnium
5.5MPa
Dysprosium
N/A
Titanium
6.MPa
Holmium
N/A
Notes on the Mohs Hardness of particular elements:
Carbon:
Value given for graphite. Diamond value is 10.0
Up to date, curated data provided by
Mathematica
's
ElementData
function from
Wolfram Research, Inc.
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Absolute Boiling Point
Isotope Abundances
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