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89 contact hours, 64 independent hours Fall semester for masters students (4 credits) Content 1. Introduction. Thermodinamics and kinetics description of organic reactions. Hammonds postulate. Transition states of organic reactions. 2. Structure and reactivity of organic reactions. Electronic effects of substituents. Hammets equation. 3. Solvents effects on organic reactions 4. Acid-base theories 5. Methods for investigation of organic mechanisms 6. Catalysis of organic reactions 7. Basics of photochemistry
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Fall semester for masters students (4 credits)
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1. Introduction. Thermodinamics and kinetics description of organic reactions. Hammonds postulate. Transition states of organic reactions.
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2. Structure and reactivity of organic reactions. Electronic effects of substituents. Hammets equation.
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3. Solvents effects on organic reactions
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5. Methods for investigation of organic mechanisms
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6. Catalysis of organic reactions
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7. Basics of photochemistry
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