- InChI
- InChI=1S/C8H16O/c1-7(2)5-4-6-8(3)9/h5,8-9H,4,6H2,1-3H3
- InChI Key
- OHEFFKYYKJVVOX-UHFFFAOYSA-N
- Formula
- C8H16O
- SMILES
- CC(C)=CCCC(C)O
- Molecular Weight1
- 128.21
- CAS
- 4630-06-2
- Other Names
-
- 6-Methyl-5-hepten-2-ol
- 6-methylhept-5-en-2-ol
- 2-Methyl-2-hepten-6-ol
- (.+/-.)-6-Methyl-5-hepten-2-ol
- Sulcatol
- NSC 66273
- Methylheptenol
- DL-6-Methyl-5-hepten-2-ol
- 6-Methylhept-5-en-2-ol (Sulcatol)
- 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).
- ΔvapH : Enthalpy of vaporization at a given temperature (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).
- 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 |
|---|---|---|---|
| ω | 0.5615 | Relay (1.0) Calculated Property | |
| ΔfG° | -51.11 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -303.06 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 15.93 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 63.27 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.67 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.35 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.114 | Crippen Calculated Property | |
| McVol | 125.150 | ml/mol | McGowan Calculated Property |
| Pc | 2989.32 | kPa | Joback Calculated Property |
| Tboil | 450.37 | K | Relay (1.0) Calculated Property |
| Tc | 614.66 | K | Relay (1.0) Calculated Property |
| Tfus | 227.04 | K | Relay (1.0) Calculated Property |
| Vc | 0.459 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [273.37; 335.88] | J/mol×K | [478.22; 651.29] | 
|
| Cp,gas | 273.37 | J/mol×K | 478.22 | Joback Calculated Property |
| Cp,gas | 285.03 | J/mol×K | 507.07 | Joback Calculated Property |
| Cp,gas | 296.16 | J/mol×K | 535.91 | Joback Calculated Property |
| Cp,gas | 306.79 | J/mol×K | 564.76 | Joback Calculated Property |
| Cp,gas | 316.94 | J/mol×K | 593.60 | Joback Calculated Property |
| Cp,gas | 326.63 | J/mol×K | 622.45 | Joback Calculated Property |
| Cp,gas | 335.88 | J/mol×K | 651.29 | Joback Calculated Property |
| ΔvapH | 57.00 | kJ/mol | 381.00 | NIST |
Pressure Dependent Properties
| Property | Value | Unit | Pressure (kPa) | Source |
|---|---|---|---|---|
| Tboilr | 352.00 ± 1.00 | K | 2.00 | NIST |
Similar Compounds
![nerylacetol [6,10-dimethyl-(Z)-5,9-undecadien-2-ol].](data:image/png;base64,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)
Find more compounds similar to 5-Hepten-2-ol, 6-methyl-.
Sources
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