- InChI
- InChI=1S/C8H9NO2/c9-5-6-1-3-7(4-2-6)8(10)11/h1-4H,5,9H2,(H,10,11)
- InChI Key
- QCTBMLYLENLHLA-UHFFFAOYSA-N
- Formula
- C8H9NO2
- SMILES
- NCc1ccc(C(=O)O)cc1
- Molecular Weight1
- 151.17
- Other Names
-
- 4-(aminomethyl)benzoic acid
- 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).
- 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 | 0.7496 | Relay (1.0) Calculated Property | |
| ΔfG° | -80.03 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -308.86 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 21.01 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 101.07 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.81 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.56 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.844 | Crippen Calculated Property | |
| McVol | 117.240 | ml/mol | McGowan Calculated Property |
| Pc | 4704.19 | kPa | Joback Calculated Property |
| Tboil | 577.31 | K | Relay (1.0) Calculated Property |
| Tc | 814.17 | K | Relay (1.0) Calculated Property |
| Tfus | 474.33 | K | Relay (1.0) Calculated Property |
| Vc | 0.399 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [285.81; 332.13] | J/mol×K | [632.68; 847.92] | 
|
| Cp,gas | 285.81 | J/mol×K | 632.68 | Joback Calculated Property |
| Cp,gas | 294.96 | J/mol×K | 668.55 | Joback Calculated Property |
| Cp,gas | 303.51 | J/mol×K | 704.43 | Joback Calculated Property |
| Cp,gas | 311.48 | J/mol×K | 740.30 | Joback Calculated Property |
| Cp,gas | 318.88 | J/mol×K | 776.17 | Joback Calculated Property |
| Cp,gas | 325.76 | J/mol×K | 812.05 | Joback Calculated Property |
| Cp,gas | 332.13 | J/mol×K | 847.92 | Joback Calculated Property |
Similar Compounds
![[4-(Acetaminomethyl)phenyl]methanamine.](data:image/png;base64,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)
Find more compounds similar to p-(aminomethyl)benzoic acid.
Mixtures
- Methyl Alcohol + Water + p-(aminomethyl)benzoic acid
- Ethanol + Water + p-(aminomethyl)benzoic acid
- 1-Propanol + Water + p-(aminomethyl)benzoic acid
- 2-Propanol + Water + p-(aminomethyl)benzoic acid
Sources
- Cheméo Relay (1.0)
- Crippen Method
- Crippen Method
- Solution Thermodynamic Analysis of p-(Aminomethyl)benzoic Acid in Four Binary Solvents from 288.15 to 328.15 K
- Joback Method
- McGowan Method
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