- InChI
- InChI=1S/C8H13NO4/c1-7(10)13-6-8(11)9-2-4-12-5-3-9/h2-6H2,1H3
- InChI Key
- ZOEMPWSIKOJFAH-UHFFFAOYSA-N
- Formula
- C8H13NO4
- SMILES
- CC(=O)OCC(=O)N1CCOCC1
- Molecular Weight1
- 187.19
- 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).
- 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 | 0.5586 | Relay (1.0) Calculated Property | |
| ΔfG° | -328.74 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -681.31 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 74.74 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.28 | eV | Relay (1.0) Calculated Property |
| log10WS | 0.44 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.592 | Crippen Calculated Property | |
| McVol | 137.580 | ml/mol | McGowan Calculated Property |
| Pc | 3036.83 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | 1490.00 | NIST | |
| Tboil | 552.94 | K | Relay (1.0) Calculated Property |
| Tc | 745.79 | K | Relay (1.0) Calculated Property |
| Tfus | 340.86 | K | Relay (1.0) Calculated Property |
| Vc | 0.503 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![2-[Acetyl(isopropyl)amino]ethyl acetate.](data:image/png;base64,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)
Find more compounds similar to Acetoxyacetic acid, morpholide.
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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