- InChI
- InChI=1S/C4H8N2O2/c1-3(7)6-4(8)5-2/h1-2H3,(H2,5,6,7,8)
- InChI Key
- XRVHSOXXNQTWAW-UHFFFAOYSA-N
- Formula
- C4H8N2O2
- SMILES
- CNC(=O)NC(C)=O
- Molecular Weight1
- 116.12
- CAS
- 623-59-6
- Other Names
-
- Acetamide, N-((methylamino)carbonyl)-
- N-Methyl-N'-acetylurea
- N'-Methyl-N-acetylurea
- Urea, 1-acetyl-3-methyl-
- Acetyl methyl urea
- ω : Acentric Factor.
- 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).
- 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 | 0.5683 | Relay (1.0) Calculated Property | |
| ΔcH°solid | -2154.30 ± 2.30 | kJ/mol | NIST |
| ΔfG° | -96.26 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -441.13 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfH°solid | -563.10 ± 2.30 | kJ/mol | NIST |
| ΔfusH° | 19.51 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 69.32 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 9.01 | eV | Relay (1.0) Calculated Property |
| log10WS | 0.01 | Relay (1.0) Calculated Property | |
| logPoct/wat | -0.538 | Crippen Calculated Property | |
| McVol | 90.320 | ml/mol | McGowan Calculated Property |
| Pc | 4756.24 | kPa | Joback Calculated Property |
| Tboil | 490.15 | K | Relay (1.0) Calculated Property |
| Tc | 718.49 | K | Relay (1.0) Calculated Property |
| Tfus | 386.59 | K | Relay (1.0) Calculated Property |
| Vc | 0.331 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [192.93; 236.58] | J/mol×K | [499.00; 698.04] | 
|
| Cp,gas | 192.93 | J/mol×K | 499.00 | Joback Calculated Property |
| Cp,gas | 201.23 | J/mol×K | 532.17 | Joback Calculated Property |
| Cp,gas | 209.10 | J/mol×K | 565.35 | Joback Calculated Property |
| Cp,gas | 216.57 | J/mol×K | 598.52 | Joback Calculated Property |
| Cp,gas | 223.63 | J/mol×K | 631.70 | Joback Calculated Property |
| Cp,gas | 230.30 | J/mol×K | 664.87 | Joback Calculated Property |
| Cp,gas | 236.58 | J/mol×K | 698.04 | Joback Calculated Property |
Similar Compounds
![Acetamide, 2-cyano-N-[(ethylamino)carbonyl]-2-(methoxyimino)-.](data:image/png;base64,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)
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