- InChI
- InChI=1S/C8H12N2/c1-9-5-2-8-3-6-10-7-4-8/h3-4,6-7,9H,2,5H2,1H3
- InChI Key
- QZBUGNURVLWJPK-UHFFFAOYSA-N
- Formula
- C8H12N2
- SMILES
- CNCCc1ccncc1
- Molecular Weight1
- 136.19
- CAS
- 55496-55-4
- Other Names
-
- Pyridine, 4-(2-methylaminoethyl)-
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation 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 | 0.4518 | Relay (1.0) Calculated Property | |
| ΔfG° | 243.66 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 132.83 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 63.27 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.14 | eV | Relay (1.0) Calculated Property |
| log10WS | 1.07 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.844 | Crippen Calculated Property | |
| McVol | 119.780 | ml/mol | McGowan Calculated Property |
| Pc | 3490.45 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 498.99 | K | Relay (1.0) Calculated Property |
| Tc | 712.45 | K | Relay (1.0) Calculated Property |
| Tfus | 313.17 | K | Relay (1.0) Calculated Property |
| Vc | 0.431 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Phenol, 4-[2-(methylamino)ethyl]-.](data:image/png;base64,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)
Find more compounds similar to 4-(2-Methylamino)ethyl)pyridine.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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