| 1 | Explains the principles of classical analytical methods, the scope of analytical chemistry, its importance in scientific studies, and its contribution to sustainable quality of life and national development. |
| 2 | Evaluates the applications of gravimetric analysis. |
| 3 | Explains and applies the applications of titrimetric analysis such as acidimetry, alkalimetry, argentometry, complexometry, permanganometry, and iodometry. |
| 4 | Performs the mathematical calculations required for classical analytical methods. |
| 5 | Explains fundamental topics such as titration curves, equivalence point, end point, titration error, indicator selection, direct titration, and back titration, and evaluates their analytical significance. |
| 6 | Explains the theoretical background of potentiometry and the pH electrode. |