Akademik Dersler - İçerik

The researcher/student will be able to interpret basic processes in heterocyclic synthesis.
recognizes reaction types in heterocyclic synthesis.
identifies reactants in heterocyclic synthesis.
defines electrocyclic processes in heterocyclic synthesis.
explains spectroscopic properties of heterocyclic structures.
The researcher/student will be able to interpret tautomerism and reactivity in heterocyclic structures.
interprets aromaticity concept in heterocyclic structures.
explains tautomerism in heterocyclic structures.
compares chemical reactivity of heterocyclic structures.
The researcher/student will be able to design nitrogen, oxygen and sulphur containing heterocyclic compounds.
realizes synthesis of five membered nitrogen, oxygen and sulphur containing rings.
realizes synthesis of six membered nitrogen, oxygen and sulphur containing rings.
realizes synthesis of condensed nitrogen, oxygen and sulphur containing rings.
The researcher/student will be able to design heterocyclic compounds containing multiple different heteroatoms.
realizes synthesis of five membered rings containing multiple different heteroatoms.
realizes synthesis of six membered rings containing multiple different heteroatoms.
realizes synthesis of condensed rings containing multiple different heteroatoms.