- InChI
- InChI=1S/C11H18/c1-8-7-9-5-6-11(8,4)10(9,2)3/h7,9H,5-6H2,1-4H3
- InChI Key
- ZLCRBFJQCPQSGZ-UHFFFAOYSA-N
- Formula
- C11H18
- SMILES
- CC1=CC2CCC1(C)C2(C)C
- Molecular Weight1
- 150.26
- CAS
- 72540-93-3
- 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).
- Inp : Non-polar retention indices.
- 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 | 0.2669 | Relay (1.0) Calculated Property | |
| ΔfG° | 152.78 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -35.14 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 7.72 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 46.14 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.28 | eV | Relay (1.0) Calculated Property |
| log10WS | -4.35 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.389 | Crippen Calculated Property | |
| McVol | 139.830 | ml/mol | McGowan Calculated Property |
| Pc | 2738.28 | kPa | Joback Calculated Property |
| Inp | 1021.00 | NIST | |
| Tboil | 447.24 | K | Relay (1.0) Calculated Property |
| Tc | 681.89 | K | Relay (1.0) Calculated Property |
| Tfus | 364.33 | K | Relay (1.0) Calculated Property |
| Vc | 0.491 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [319.93; 414.00] | J/mol×K | [468.78; 684.31] | 
|
| Cp,gas | 319.93 | J/mol×K | 468.78 | Joback Calculated Property |
| Cp,gas | 338.93 | J/mol×K | 504.70 | Joback Calculated Property |
| Cp,gas | 356.28 | J/mol×K | 540.62 | Joback Calculated Property |
| Cp,gas | 372.24 | J/mol×K | 576.55 | Joback Calculated Property |
| Cp,gas | 387.02 | J/mol×K | 612.47 | Joback Calculated Property |
| Cp,gas | 400.86 | J/mol×K | 648.39 | Joback Calculated Property |
| Cp,gas | 414.00 | J/mol×K | 684.31 | Joback Calculated Property |
Similar Compounds
![Bicyclo[2.2.1]hept-2-ene, 2,7,7-trimethyl-.](data:image/png;base64,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)
Find more compounds similar to 2-Methyl-2-bornene.
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