![Urea, 1-[p-(dimethylaminophenyl)]-3-methyl-](/cid/33-448-8/Urea-1-p-dimethylaminophenyl-3-methyl.png "Urea, 1-[p-(dimethylaminophenyl)]-3-methyl-")
- InChI
- InChI=1S/C10H15N3O/c1-11-10(14)12-8-4-6-9(7-5-8)13(2)3/h4-7H,1-3H3,(H2,11,12,14)
- InChI Key
- YIEYUMZIUOPBII-UHFFFAOYSA-N
- Formula
- C10H15N3O
- SMILES
- CNC(=O)Nc1ccc(N(C)C)cc1
- Molecular Weight1
- 193.25
- CAS
- 6956-24-7
- Other Names
-
- 1-[4-(dimethylamino)phenyl]-3-methylurea
- 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 | 0.6920 | Relay (1.0) Calculated Property | |
| ΔfG° | 296.74 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -130.79 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 30.13 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 90.09 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 6.99 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.53 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.504 | Crippen Calculated Property | |
| McVol | 159.510 | ml/mol | McGowan Calculated Property |
| Pc | 3173.97 | kPa | Joback Calculated Property |
| Tboil | 579.57 | K | Relay (1.0) Calculated Property |
| Tc | 863.77 | K | Relay (1.0) Calculated Property |
| Tfus | 440.94 | K | Relay (1.0) Calculated Property |
| Vc | 0.565 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [408.56; 478.67] | J/mol×K | [626.51; 839.11] | 
|
| Cp,gas | 408.56 | J/mol×K | 626.51 | Joback Calculated Property |
| Cp,gas | 422.38 | J/mol×K | 661.94 | Joback Calculated Property |
| Cp,gas | 435.29 | J/mol×K | 697.38 | Joback Calculated Property |
| Cp,gas | 447.33 | J/mol×K | 732.81 | Joback Calculated Property |
| Cp,gas | 458.54 | J/mol×K | 768.24 | Joback Calculated Property |
| Cp,gas | 468.97 | J/mol×K | 803.68 | Joback Calculated Property |
| Cp,gas | 478.67 | J/mol×K | 839.11 | Joback Calculated Property |
Similar Compounds
![Urea], 1,1'-p-phenylene-bis[3-methyl-3-nitroso-.](data:image/png;base64,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)
Find more compounds similar to Urea, 1-[p-(dimethylaminophenyl)]-3-methyl-.
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