Brooklyn College Department of Chemistry, Prof. Mark Kobrak

General background in basic and more advanced concepts of chemical reactivity, molecular geometry and electronic distribution in molecules. Topics include: Atomic theory, the periodic table, periodic trends and properties (with a focus on main group elements), bonding theories, Lewis structures and formal charges, valence bond theory, polar and non-polar molecules and bonds, resonance theory, molecular orbital theory: general principles; molecular orbitals for homonuclear and heteronuclear diatomic molecules, molecular orbital theory for organic molecules focusing on functional groups, principles of symmetry in molecules, chirality, isomerism, stereoisomerism, naming chiral centers; Newman, sawhorse and fisher projections, free-energy diagrams, reaction coordinates and transition states, reaction mechanisms: curved arrow symbolism, elementary steps.
Prerequisite: Chemistry 1100 or Chemistry 2050 or Chem 1200 or Chem 2060 Prerequisite or co-requisite: Chemistry 2100 or Chem 2200

Here is an open-source textbook that will be used in Chem 2110 section MZ12 in Fall 21: