- InChI
- InChI=1S/C9H9NS/c1-6-3-4-9-8(5-6)10-7(2)11-9/h3-5H,1-2H3
- InChI Key
- XHANCLXYCNTZMM-UHFFFAOYSA-N
- Formula
- C9H9NS
- SMILES
- Cc1ccc2sc(C)nc2c1
- Molecular Weight1
- 163.24
- CAS
- 95-26-1
- Other Names
-
- 2,5-Dimethylbenzthiazol
- 2,5-dimethyl-1,3-benzothiazole
- 2,5-dimethylbenzothiazole
- 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).
- ΔvapH : Enthalpy of vaporization at a given temperature (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 | 0.4059 | Relay (1.0) Calculated Property | |
| ΔfG° | 206.10 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 134.79 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 66.68 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.31 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.77 | Relay (1.0) Calculated Property | |
| logPoct/wat | 2.913 | Crippen Calculated Property | |
| McVol | 125.080 | ml/mol | McGowan Calculated Property |
| Pc | 3959.57 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 529.54 | K | Relay (1.0) Calculated Property |
| Tc | 778.47 | K | Relay (1.0) Calculated Property |
| Tfus | 338.99 | K | Relay (1.0) Calculated Property |
| Vc | 0.466 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| ΔvapH | 84.90 | kJ/mol | 298.15 | Energetic study of benzothiazole and two methylbenzothiazole derivatives: Calorimetric and computational approaches |
Similar Compounds
![Naphtho[1,2-d]thiazole, 2-methyl-.](data:image/png;base64,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)
Find more compounds similar to Benzothiazole, 2,5-dimethyl-.
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
- Energetic study of benzothiazole and two methylbenzothiazole derivatives: Calorimetric and computational approaches
- McGowan Method
- NIST Webbook
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