Madison

Chapter 10 covers gas properties, pressure, units of pressure, standard pressure, gas laws, STP, Ideal gas law, empirical gas laws, Boyles law, Charles law, Avogadro's law, PV=nRT, combined gas laws, mole fractions, densities, kinetic molecular theory of gases, root-mean-square, most probable speed, challenge questions (potential test questions)

Chapter 9 covers molecular shapes (linear, nonlinear, bent, trigonal planar, t shaped, trigonal pyramidal, etc) lewis dot structures, electron domains, VSEPR theory, electron domain geometries, linear, trigonal planar, tetrahedral, nonbonding pairs and bonding angles, multiple bonds and bonding angles, beyond the octet rule, trigonal bipyramidal, octahedral, dipoles and polarity, orbital overlap, hybrid orbitals, identifying polarity

Chapter 7- covers periodic properties, Effective Nuclear Charge (Zeff), bonding atomic radius, ion size, ionic strength, using the periodic table to determine properties, ionization energy, electron affinity, metal trends, nonmetal trends, metalloid trends

Periodic table is a cheat sheet for the exam that covers chapters 1-10 for the entire CHEM 2000 course. Can be used on exam if teacher still allows cheat sheets.

Chapter 8 covers- basic chemical bonds, octet rule, lewis dot structures, ionic bonding, lattice structures, molecular composition, dipole moment, electronegativity, resonance, exceptions to octet rule, covalent bond strength, enthalpy of reaction, polar v nonpolar

Chapters 1-6 are covered in Class notes CHEM 2000 Chemistry, ISBN: 9780321910417 with additional test questions from the professor.

Notes Cover: electromagnetic waves, speed of light, blackbody radiation, photoelectric effect, Einstein's assumption, Plank's constant, photon energy, Neil's Bohr Nature of energy, quantum mechanics, the Uncertainty principle, quantum numbers, orbitals, energies of orbitals, structure of orbitals, valence electrons and how to do electron configuration. Sample test questions are provided

Notes cover: Thermodynamics, State Functions, internal versus external properties, Internal Energy, Electrostatic potential energy, endothermic versus exothermic, enthalpy, enthalpy of reaction, calorimetry, intensive heat capacity, specific heat capacity, constant pressure calorimetry, Hess's Law, Enthalpies of formation, standard enthalpy change, standard enthalpy of formation, test questions

Notes cover: Aqueous reactions, dissociation, electrolytes and non electrolytes, hydrolysis reactions, acid/base pairs, strong acids and weak acids, strong bases and weak bases, neutralization reactions, gas forming reactions, redox reactions, oxidation numbers, oxidation of metals, acids, salts, net ionic equations, concentration of solutions, molarity, stoichiometry

Notes on Chapter's 1-3 with additional practice questions and potential test questions