Editing Surface tension (section)

===Data table===
{| class="wikitable sortable" style="margin:0; text-align: right;"
|+ style="background:#C0C0F0; border: 1px solid #AAA" |Surface tension of various liquids in [[dyne|dyn]]/cm against air<ref>''Lange's Handbook of Chemistry (1967) 10th ed.'' pp 1661–1665 {{ISBN|0-07-016190-9}} (11th ed.)</ref><ref>{{cite book | last1=Adamson | first1=Arthur W. | last2=Gast | first2=Alice P. | title=Physical Chemistry of Surfaces | publisher=Wiley-Interscience | publication-place=New York | date=1997-08-18 | isbn=978-0-471-14873-9 | pages=36–38 | edition=6th | url=https://www.eng.uc.edu/~beaucag/Classes/AdvancedMaterialsThermodynamics/Books/Arthur%20W.%20Adamson,%20Alice%20P.%20Gast%20-%20Physical%20chemistry%20of%20surfaces-Wiley%20(1997).pdf }}</ref><br/>Mixture compositions denoted "%" are by mass<br/> dyn/cm is equivalent to the [[SI units]] of mN/m (millinewton per meter)
|-
! Liquid !! Temperature (°C)!! Surface tension, {{mvar|γ}}
|-
| [[Acetic acid (data page)|Acetic acid]] || 20 || 27.60
|-
| Acetic acid (45.1%) + Water || 30 || 40.68
|-
| Acetic acid (10.0%) + Water || 30 || 54.56
|-
| [[Acetone (data page)|Acetone]] || 20 || 23.70
|-
| [[Benzene]]  || 20 || 28.88
|-
| [[Blood]]  || 22 || 55.89 
|-
| [[Butyl acetate]] || 20 ||  25.09
|-
| [[Butyric acid]]  ||  20 || 26.51
|-
| [[Carbon tetrachloride]] || 25 || 26.43
|-
| [[Chloroform]]  || 25 ||  26.67
|-
| [[Diethyl ether (data page)|Diethyl ether]] || 20 || 17.00
|-
| [[Diethylene glycol]] || 20 || 30.09
|-
| [[Dimethyl sulfoxide]]  || 20|| 43.54
|-
| [[Ethanol (data page)|Ethanol]] || 20 || 22.27
|-
| Ethanol (40%) + Water || 25 || 29.63
|-
| Ethanol (11.1%) + Water || 25 || 46.03
|-
| [[Ethylene glycol]] ||| 25 || 47.3
|-
| [[Glycerol (data page)|Glycerol]] || 20 || 63.00
|-
| [[Heptane]] || 20 || 20.14
|-
| [[Hexane (data page)|''n''-Hexane]] || 20 || 18.40
|-
| [[Hydrochloric acid]] 17.7&nbsp;[[Molar solution|M]] aqueous solution || 20 || 65.95
|-
| [[Isopropanol (data page)|Isopropanol]] || 20 || 21.70
|-
| [[Superfluid helium-4|Liquid helium II]] || −273 || 0.37<ref>{{cite journal|doi=10.1103/PhysRev.163.200|title=On the Surface Tension of Liquid Helium II|journal=Physical Review|volume=163|issue=1|pages=200–205|year=1967|last1=Brouwer|first1=W|last2=Pathria|first2=R. K|bibcode=1967PhRv..163..200B}}</ref> 
|-
| [[Mercury (element)|Mercury]] || 20 || 486.5
|-
| [[Nitrogen|Liquid nitrogen]] || −196 || 8.85
|-
| [[Nonane]] || 20 || 22.85
|-
| [[Oxygen|Liquid oxygen]] || −182 || 13.2
|-
| [[Mercury (element)|Mercury]] || 15 || 487.00
|-
| [[Methanol (data page)|Methanol]] || 20 || 22.60
|-
| [[Methylene iodide]] || 20 || 67.00
|-
| Molten [[Silver chloride]] || 650 || 163<ref>{{cite journal|doi=10.1149/1.2131529|title=Activities and Surface Tension of Liquid AgCl-KCl Solutions|journal=Journal of the Electrochemical Society|volume=129|issue=3|pages=502–506|year=1982|last1=Moser|first1=Z|last2=Gasior|first2=W|last3=Rzyman|first3=K}}</ref>
|-
| Molten [[Sodium chloride]]/[[Calcium chloride]] (47/53 mole %) || 650 || 139<ref>{{cite journal|title=Influence of Surface Reactions on the Interface Between Liquid Sodium and Molten Sodium Chloride + Calcium Chloride Mixtures|journal=Transactions of the Faraday Society|volume=56|pages=840–845|year=1960|last1=Addison|first1=C|last2=Coldrey|first2=J|doi=10.1039/tf9605600840}}</ref>
|-
| [[Octane|''n''-Octane]] || 20 || 21.80
|-
| [[Propionic acid]]  ||  20 ||  26.69
|-
| [[Propylene carbonate]] || 20 || 41.1
|-
| [[Sodium chloride]] 6.0&nbsp;[[Molar solution|M]] aqueous solution || 20 || 82.55
|-
| [[Sodium chloride]] (molten) || 1073 || 115
|-
| [[Sucrose]] (55%) + water || 20 || 76.45
|-
| [[Water (data page)|Water]] || 0 || 75.64
|-
| Water || 25 || 71.97
|-
| Water || 50 || 67.91
|-
| Water || 100 || 58.85
|-
| [[Toluene]]  || 25 || 27.73
|-
|}