- InChI
- InChI=1S/C9H11NO2/c1-7(11)10-8-5-3-4-6-9(8)12-2/h3-6H,1-2H3,(H,10,11)
- InChI Key
- FGOFNVXHDGQVBG-UHFFFAOYSA-N
- Formula
- C9H11NO2
- SMILES
- COc1ccccc1NC(C)=O
- Molecular Weight1
- 165.19
- CAS
- 93-26-5
- Other Names
-
- o-Acetanisidide
- o-Methoxyacetanilide
- 2'-Methoxyacetanilide
- o-Acetanisidine
- N-Acetyl-O-anisidine
- Aceto-o-anisidine
- Acetanilide, 2'-methoxy-
- 2-Methoxyacetanilide
- Acetyl-O-anisidine
- 2-(Acetylamino)anisole
- NSC 4004
- Anisidide, o-acet-
- N-(2-methoxyphenyl)acetamide
- ΔcH°solid : Standard solid enthalpy of combustion (kJ/mol).
- 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).
- ΔfH°solid : Solid phase 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).
- 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 |
|---|---|---|---|
| ΔcH°solid | -4046.10 ± 1.50 | kJ/mol | NIST |
| ΔfG° | -16.85 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -195.36 | kJ/mol | Joback Calculated Property |
| ΔfH°solid | -1068.00 | kJ/mol | NIST |
| ΔfusH° | 20.60 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 54.16 | kJ/mol | Joback Calculated Property |
| log10WS | -1.79 | Crippen Calculated Property | |
| logPoct/wat | 1.654 | Crippen Calculated Property | |
| McVol | 131.330 | ml/mol | McGowan Calculated Property |
| Pc | 3431.89 | kPa | Joback Calculated Property |
| Tboil | 577.20 | K | NIST |
| Tc | 780.85 | K | Joback Calculated Property |
| Tfus | 354.95 | K | Joback Calculated Property |
| Vc | 0.490 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [301.19; 365.43] | J/mol×K | [563.44; 780.85] | 
|
| Cp,gas | 301.19 | J/mol×K | 563.44 | Joback Calculated Property |
| Cp,gas | 313.64 | J/mol×K | 599.68 | Joback Calculated Property |
| Cp,gas | 325.37 | J/mol×K | 635.91 | Joback Calculated Property |
| Cp,gas | 336.41 | J/mol×K | 672.15 | Joback Calculated Property |
| Cp,gas | 346.75 | J/mol×K | 708.38 | Joback Calculated Property |
| Cp,gas | 356.42 | J/mol×K | 744.62 | Joback Calculated Property |
| Cp,gas | 365.43 | J/mol×K | 780.85 | Joback Calculated Property |
Similar Compounds
![Trifluoroacetamide, N-[1-(2-methoxyphenyl)ethyl].](data:image/png;base64,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)
Find more compounds similar to Acetamide, N-(2-methoxyphenyl)-.
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