| Week | Topics | Study Materials | Materials |
| 1 |
This week introduces the definition and scope of analytical chemistry, explains its role in science and industry, and provides an overview of quantitative analysis methods. The purpose of chemical analysis and basic laboratory operations are also discussed.
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| 2 |
Fundamental measurement units used in analytical chemistry and the concept of atomic mass are explained, and introductory analytical calculations are performed through sample problems.
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| 3 |
The mole concept, solutions, and types of concentration are discussed in detail, and stoichiometric calculations are explained using practical examples.
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| 4 |
The chemical composition of aqueous solutions is examined, the concept of chemical equilibrium is introduced, and equilibrium types and constants important in analytical chemistry are discussed.
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| 5 |
The definition and properties of buffer solutions are explained, the importance of buffer systems in analytical chemistry is emphasized, and related calculations are carried out.
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| 6 |
Basic approaches to solving complex and multiple equilibrium systems are introduced, and equilibrium problems are solved using mass and charge balance equations.
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| 7 |
An introduction to gravimetric analysis methods is given, precipitation gravimetry is explained, and the effects of precipitate properties and particle size on analytical results are discussed.
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| 8 |
Mid-Term Exam
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| 9 |
The evaluation of data obtained from gravimetric analysis is explained, and practical applications of gravimetric methods are presented.
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| 10 |
An introduction to titrimetric analysis methods is provided, and key concepts in volumetric analysis, standard solutions, and volumetric calculations are covered.
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| 11 |
The formation and interpretation of titration curves are explained, and the principles and applications of precipitation titrations are discussed.
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| 12 |
The fundamental principles of neutralization titrations are presented, solutions and indicators used in acid–base titrations are introduced, and titration curves for strong acids and strong bases are examined.
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| 13 |
The characteristics of weak acid and weak base titrations are explained, and the determination of ionization constants and analysis of titration curves are covered through example problems.
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| 14 |
General Review
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| 15 |
Final Exam
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