| 1. | |
What is the analytical chemistry? | introduction of analytical chemistry, chemicals and apparatus |  |
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What is the analytical chemistry? | introduction of analytical chemistry, chemicals and apparatus | |
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What is the analytical chemistry? | introduction of analytical chemistry, chemicals and apparatus | |
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| 2. | |
Important chemical concepts | expressing quantities and concentrations | |
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Important chemical concepts | expressing quantities and concentrations | |
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Important chemical concepts | expressing quantities and concentrations | |
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Important chemical concepts | expressing quantities and concentrations | |
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| 3. | |
Errors in Chemical Analyses | Assessing the quality of results, random error in chemical analyses | |
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Errors in Chemical Analyses | Assessing the quality of results, random error in chemical analyses | |
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Errors in Chemical Analyses | Assessing the quality of results, random error in chemical analyses | |
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Errors in Chemical Analyses | Assessing the quality of results, random error in chemical analyses | |
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| 4. | |
Statistical Analysis | Evaluating the data | |
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Statistical Analysis | Evaluating the data | |
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Statistical Analysis | Evaluating the data | |
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Statistical Analysis | Evaluating the data | |
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| 5. | |
Gravimetric methods of Analysis | Gravimetric methods of Analysis | |
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Gravimetric methods of Analysis | Gravimetric methods of Analysis | |
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Gravimetric methods of Analysis | Gravimetric methods of Analysis | |
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| 6. | |
Chemical equilibrium | basic chemical equilibrium, Activity | |
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Chemical equilibrium | basic chemical equilibrium, Activity | |
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Chemical equilibrium | basic chemical equilibrium, Activity | |
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| 7. | |
Titrations | Taking advantage of Stoichiometric reactions | |
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Titrations | Taking advantage of Stoichiometric reactions | |
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Titrations | Taking advantage of Stoichiometric reactions | |
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Titrations | Taking advantage of Stoichiometric reactions | |
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| 8. | |
Titrations | Taking advantage of Stoichiometric reactions | |
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Titrations | Taking advantage of Stoichiometric reactions | |
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Titrations | Taking advantage of Stoichiometric reactions | |
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| 9. | |
Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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| 10. | |
Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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Principles of neutralization titrations | determining acids, bases, and the pH of buffer solutions | |
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| 11. | |
Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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| 12. | |
Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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Titrating polyfunctional Acids and Bases | Titrating polyfunctional Acids and Bases | |
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| 13. | |
applying neutralization titrations | principle and application of neutralization titration | |
대구광역시 동구 동내로 64(동내동 1119) 우)41061
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