- InChI
- InChI=1S/C10H16O/c1-7(2)9-5-4-8(3)10(11)6-9/h8-9H,1,4-6H2,2-3H3
- InChI Key
- AZOCECCLWFDTAP-UHFFFAOYSA-N
- Formula
- C10H16O
- SMILES
- C=C(C)C1CCC(C)C(=O)C1
- Molecular Weight1
- 152.23
- CAS
- 7764-50-3
- Other Names
-
- p-Menth-8-en-2-one
- Dihydrocarvone
- (+)-Dihydrocarvone
- D-Dihydrocarvone
- 2-Methyl-5-(1-methylethenyl)cyclohexanone
- 5-Isopropenyl-2-methylcyclohexanone
- 2-methyl-5-(1-methylvinyl)cyclohexan-1-one
- ΔcH°liquid : Standard liquid enthalpy of combustion (kJ/mol).
- 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).
- 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).
- Tboilr : Boiling point at reduced pressure (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 |
|---|---|---|---|
| ΔcH°liquid | -5925.00 | kJ/mol | NIST |
| ΔfG° | 6.76 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -237.81 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 11.48 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 41.63 | kJ/mol | Joback Calculated Property |
| log10WS | -2.55 | Crippen Calculated Property | |
| logPoct/wat | 2.568 | Crippen Calculated Property | |
| McVol | 138.170 | ml/mol | McGowan Calculated Property |
| Pc | 2701.41 | kPa | Joback Calculated Property |
| Tboil | 507.46 | K | Joback Calculated Property |
| Tc | 729.79 | K | Joback Calculated Property |
| Tfus | 258.10 | K | Joback Calculated Property |
| Vc | 0.516 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [320.01; 420.31] | J/mol×K | [507.46; 729.79] | 
|
| Cp,gas | 320.01 | J/mol×K | 507.46 | Joback Calculated Property |
| Cp,gas | 339.03 | J/mol×K | 544.51 | Joback Calculated Property |
| Cp,gas | 357.13 | J/mol×K | 581.57 | Joback Calculated Property |
| Cp,gas | 374.31 | J/mol×K | 618.62 | Joback Calculated Property |
| Cp,gas | 390.57 | J/mol×K | 655.68 | Joback Calculated Property |
| Cp,gas | 405.90 | J/mol×K | 692.73 | Joback Calculated Property |
| Cp,gas | 420.31 | J/mol×K | 729.79 | Joback Calculated Property |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 360.70 | K | 0.80 | NIST |
Similar Compounds
![4,11,11-trimethyl-8-methylenebicyclo[7.2.0]undecan-5-one.](data:image/png;base64,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)
Find more compounds similar to Cyclohexanone, 2-methyl-5-(1-methylethenyl)-.
Sources
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