Akademik Dersler - İçerik

1. Will be able to explain classical and quantum mechanical theories.
1.1. Interprets molecular analysis using classical theory.
1.2. Performs molecular analysis using Schrödinger equations.
2. Will be able to explain the concepts of stereochemistry.
EN: 2.1. Defines the bonding arrangement of atoms in a molecule and the spatial arrangement of atoms.
2.2. Defines isomerism in different molecules.
2.3. Defines hybridization in different molecules.
2.4. Defines chirality in different molecules.
3. Will be able to explain intermolecular interactions.
EN: 3.1. Examines hydrogen bonding in molecules.
3.2. Explains dipole-dipole interaction.
3.3. Explains molecular polarity and dipole moments.
3.4. Investigates interactions between particles.
4. Will be able to explain the working principle of vibrational spectroscopy.
4.1. Describes molecular vibrations using classical theory.
4.2. Describes molecular vibrations using quantum mechanical theory.
"4.3. Explains the working principle of infrared spectroscopy.
4.4. Explains the working principle of Raman spectroscopy.
5. Will be able to explain the dependence of vibrational spectroscopy on molecular structure.
6. Will be able to explain the matrix isolation technique.
6.1. Defines matrix isolation spectroscopy.