![2-Propanone, 1-[(4-methylphenyl)sulfonyl]-](/cid/29-321-3/2-Propanone-1-4-methylphenyl-sulfonyl.png "2-Propanone, 1-[(4-methylphenyl)sulfonyl]-")
- InChI
- InChI=1S/C10H12O3S/c1-8-3-5-10(6-4-8)14(12,13)7-9(2)11/h3-6H,7H2,1-2H3
- InChI Key
- NDQXJNHOGLQSMB-UHFFFAOYSA-N
- Formula
- C10H12O3S
- SMILES
- CC(=O)CS(=O)(=O)c1ccc(C)cc1
- Molecular Weight1
- 212.26
- CAS
- 5366-49-4
- Other Names
-
- 2-Propanone, 1-(p-tolylsulfonyl)-
- (p-Tolylsulfonyl)acetone
- 1-(p-Tolylsulfonyl)-2-propanone
- p-Toluenesulfonylacetone
- 4-Toluenesulfonylacetone
- (p-tolylsulphonyl)acetone
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- McVol : McGowan's characteristic volume (ml/mol).
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.5645 | Relay (1.0) Calculated Property | |
| ΔfG° | -461.36 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -429.86 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 28.29 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 88.25 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.87 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.37 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.358 | Crippen Calculated Property | |
| McVol | 157.660 | ml/mol | McGowan Calculated Property |
| Pc | 3699.95 | kPa | Joback Calculated Property |
| Tboil | 602.37 | K | Relay (1.0) Calculated Property |
| Tc | 819.59 | K | Relay (1.0) Calculated Property |
| Tfus | 375.12 | K | Relay (1.0) Calculated Property |
| Vc | 0.543 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [356.07; 426.23] | J/mol×K | [561.51; 769.73] | 
|
| Cp,gas | 356.07 | J/mol×K | 561.51 | Joback Calculated Property |
| Cp,gas | 369.75 | J/mol×K | 596.21 | Joback Calculated Property |
| Cp,gas | 382.63 | J/mol×K | 630.92 | Joback Calculated Property |
| Cp,gas | 394.70 | J/mol×K | 665.62 | Joback Calculated Property |
| Cp,gas | 405.99 | J/mol×K | 700.33 | Joback Calculated Property |
| Cp,gas | 416.49 | J/mol×K | 735.03 | Joback Calculated Property |
| Cp,gas | 426.23 | J/mol×K | 769.73 | Joback Calculated Property |
Similar Compounds
![Acetic acid, [(4-methylphenyl)sulfonyl]-, ethyl ester.](data:image/png;base64,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)
Find more compounds similar to 2-Propanone, 1-[(4-methylphenyl)sulfonyl]-.
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