Values are given for liquid at 25 o C /77 o F / 298 K and 1 bara, if not other phase, temperature or pressure given.
For full table with Imperial units - rotate the screen!
|Critical density||4.70||mol/dm 3||273||kg/m 3||0.530||slug/ft 3||17.0||lb/ft 3|
|Critical pressure||4.69||MPa=MN/m 2||46.9||bar||46.3||atm||681||psi=lbf/in 2|
|Critical volume||213||cm 3 /mol||0.00366||m 3 /kg||1.89||ft 3 /slug||0.0587||ft 3 /lb|
|Density||13507||mol/m 3||784.5||kg/m 3||1.522||slug/ft 3||48.97||lb/ft 3|
|Flammable, gas and liquid||yes|
|Gas constant , individual - R||143.2||J/kg K||0.03977||Wh/(kg K)||856.1||[ft lbf/slug °R]||26.61||[ft lbf/lb °R]|
|Gibbs free energy of formation (gas)||-153||kJ/mol||-2634||kJ/kg||-1133||Btu/lb|
|Heat (enthalpy) of combustion (gas)||-1821||kJ/mol||-31354||kJ/kg||-13.5||Btu/lb|
|Heat (enthalpy) of combustion (liquid)||-1789||kJ/mol||-30803||kJ/kg||-13.2||Btu/lb|
|Heat (enthalpy) of formation (gas)||-218.0||kJ/mol||-3753||kJ/kg||-1614||Btu/lb|
|Heat (enthalpy) of formation (liquid)||-249||kJ/mol||-4287||kJ/kg||-1843||Btu/lb|
|Heat (enthalpy) of fusion at -142 °F/-97°C||5.7||kJ/mol||98||kJ/kg||42.19||Btu/lb|
|Heat (enthalpy) of evaporation||31.0||kJ/mol||534||kJ/kg||229||Btu/lb|
|Specific Heat capacity , Cp (gas)||75.0||J/mol K||1.29||kJ/kg K||0.308||Btu/lb°F or cal/g K|
|Specific Heat capacity, Cp (liquid)||124.5||J/mol K||2.14||kJ/kg K||0.512||Btu/lb°F or cal/g K|
|Specific Heat capacity, Cv (liquid)||90.0||J/mol K||1.55||kJ/kg K||0.370||Btu/lb°F or cal/g K|
|log KOW (Octanol/Water Partition Coefficient)||-0.24|
|Solubility in water, at 25°C||1000||mg/ml||Miscible with water|
|Specific Gravity (gas) (relativ to air)||2.0|
|Specific Gravity (liquid) (relativ to water)||0.79|
|Specific Heat Ratio (liquid) - CP/CV||1.38|
|Specific Volume||0.0000740||m 3 /mol||0.00127||m 3 /kg||0.657||ft 3 /slug||0.0204||ft 3 /lb|
|Standard molar entropy , S° (gas)||295||J/mol K||5.08||kJ/kg K||1.21||Btu/lb °F|
|Thermal Conductivity||0.18||W/m °C||0.104002||Btu/hr ft °F|
|Triple point pressure||2.33*10 -6||MPa=MN/m 2||2.33*10 -5||bar||2.30*10 -5||atm||3.38*10 -4||psi=lb f /in 2|
|Triple point temperature||178.5||K||-94.7||°C||-138.37||°F|
|Vapor (saturation) pressure||0.0308||MPa=MN/m 2||231.0||mm Hg||0.3039||atm||4.47||psi=lb f /in 2|
|Viscosity , dynamic (absolute)||0.309||cP||207.6||[lb m /ft s*10 -6 ]||6.45||[lb f s/ft 2 *10 -6 ]|
|Viscosity, kinematic||0.394||cSt||4.2||[ft 2 /s*10 -6 ]|
Density and specific weight of acetone at varying pressure and temperature .
See also more about atmospheric pressure , and STP - Standard Temperature and Pressure & NTP - Normal Temperature and Pressure ,
as well as Thermophysical properties of: Acetylene , Air , Ammonia , Argon , Benzene , Butane , Carbon dioxide , Carbon monoxide , Ethane , Ethanol , Ethylene , Helium , Hydrogen , Hydrogen sulfide , Methane , Methanol , Nitrogen , Oxygen , Pentane , Propane , Toluene , Water and Heavy water, D 2 O .
Acetone is a liquid at standard conditions. However, at low temperature and/or very high pressures it becomes a solid.
The phase diagram for acetone shows the phase behavior with changes in temperature and pressure. The curve between the critical point and the triple point shows the acetone boiling point with changes in pressure. It also shows the saturation pressure with changes in temperature.
At the critical point there is no change of state when pressure is increased or if heat is added.
The triple point of a substance is the temperature and pressure at which the three phases (gas, liquid, and solid) of that substance coexist in thermodynamic equilibrium.
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Online calculator, figures and tables showing density and specific weight of acetone at temperatures ranging from -95 to 275 °C (-138 to 530 °F) at atmospheric and higher pressure - Imperial and SI Units.
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