AP CHEMISTRY TRAINING CAMP

Chapter 7: Atomic Structure and Periodicity

(7.1) Electromagnetic radiation

(7.2) The nature of matter

(7.3) The atomic spectrum of hydrogen

(7.4) The Bohr model

(7.5) The quantum mechanical model of the atom

(7.6) Quantum numbers

(7.7) Orbital shapes and energies

(7.8)   Electron spin and the Pauli  principle

(7.9) Polyelectronic atoms

(7.10)   The history of the periodic table

(7.11)   The Aufbau principle and the  periodic table

(7.12) Periodic trends in atomic properties 

(7.13)   The properties of a group: T he alkali metals

Chapter 8: Bonding: General Concepts

(8.1) Types of chemical bonds

(8.2) Electronegativity

(8.3) Bond polarity and dipole moments

(8.4) Ions: Electron configurations and sizes

(8.5) Energy effects in binary ionic compounds

(8.6) Partial ionic character of covalent bonds

(8.7) The covalent chemical bond: A model

(8.8) Covalent bond energies and chemical reactions

(8.9) The localized electron bonding model

(8.10) Lewis structures

(8.11) Exceptions to the octet rule

(8.12) Resonance

(8.13) Molecular structure: The VSEPR model

Chapter 9: Covalent Bonding: Orbitals (Instructor Choice of sections)

(9.1) Hybridization and the Localized Electron Model