- InChI
- InChI=1S/C9H16O/c1-8(2)5-6-9(3,4)7(8)10/h5-6H2,1-4H3
- InChI Key
- BXYUQRQZHXARGL-UHFFFAOYSA-N
- Formula
- C9H16O
- SMILES
- CC1(C)CCC(C)(C)C1=O
- Molecular Weight1
- 140.22
- CAS
- 4541-35-9
- Other Names
-
- 2,2,5,5-Tetramethylcyclopentanone
- 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 | 0.3356 | Relay (... Calculated Property | |
| ΔfG° | -79.83 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -254.39 | kJ/mol | Relay (... Calculated Property |
| ΔfusH° | 0.99 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 44.23 | kJ/mol | Relay (... Calculated Property |
| IE | 8.54 | eV | Relay (... Calculated Property |
| log10WS | -1.76 | Relay (... Calculated Property | |
| logPoct/wat | 2.402 | Crippen Calculated Property | |
| McVol | 128.380 | ml/mol | McGowan Calculated Property |
| Pc | 3052.41 | kPa | Joback Calculated Property |
| Tboil | 433.68 | K | Relay (... Calculated Property |
| Tc | 636.93 | K | Relay (... Calculated Property |
| Tfus | 322.36 | K | Relay (... Calculated Property |
| Vc | 0.459 | m3/kmol | Relay (... Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [293.00; 382.85] | J/mol×K | [484.23; 711.66] | 
|
| Cp,gas | 293.00 | J/mol×K | 484.23 | Joback Calculated Property |
| Cp,gas | 310.45 | J/mol×K | 522.13 | Joback Calculated Property |
| Cp,gas | 326.66 | J/mol×K | 560.04 | Joback Calculated Property |
| Cp,gas | 341.81 | J/mol×K | 597.94 | Joback Calculated Property |
| Cp,gas | 356.09 | J/mol×K | 635.85 | Joback Calculated Property |
| Cp,gas | 369.71 | J/mol×K | 673.75 | Joback Calculated Property |
| Cp,gas | 382.85 | J/mol×K | 711.66 | Joback Calculated Property |
Similar Compounds
![Bicyclo[2.2.1]heptan-2-one, 1,4,7,7-tetramethyl-.](data:image/png;base64,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)
Find more compounds similar to Cyclopentanone, 2,2,5,5-tetramethyl-.
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