- InChI
- InChI=1S/C11H17N.ClH/c1-4-12(5-2)11-8-6-7-10(3)9-11;/h6-9H,4-5H2,1-3H3;1H
- InChI Key
- VODGKWBBSLNAPQ-UHFFFAOYSA-N
- Formula
- C11H18ClN
- SMILES
- CCN(CC)c1cccc(C)c1.Cl
- Molecular Weight1
- 199.72
- CAS
- 89074-92-0
- 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.
- 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 | 0.3756 | Relay (1.0) Calculated Property | |
| ΔfG° | 263.68 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -78.75 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 67.99 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.65 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.60 | Relay (1.0) Calculated Property | |
| Pc | 2480.35 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 543.62 | K | Relay (1.0) Calculated Property |
| Tc | 695.65 | K | Relay (1.0) Calculated Property |
| Tfus | 400.07 | K | Relay (1.0) Calculated Property |
| Vc | 0.529 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Ethanol, 2-[ethyl(3-methylphenyl)amino]-.](data:image/png;base64,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)
Find more compounds similar to 3-Methylbenzenamine, n,n-diethyl-, hydrochloride.
Sources
- Cheméo Relay (1.0)
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- NIST Webbook
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