Semester One
I. The Chemistry Lab
A. Lab Safety
A. What Are Significant Figures?
B. Counting & Rounding Significant Figures
C. Adding & Subtracting Significant Figures
D. Multiplying & Dividing Significant Figures
E. Algebraic Functions with Significant Figures
F. Factor Label Method and Metric Conversions
G. Factor Label Method and Solving Problems
I. Density Problems
J. Temperature Conversions
III. Nomenclature
A. Introduction to Periodic Table
B. Predicting Ionic Compound Formulas
C. Naming Type I and II Binary Ionic Compounds
D. Naming Type III Compounds
E. Naming Type I and II Polyatomic Ionic Compounds
F. Naming Acids
G. Nomenclature Review--Putting it all Together
A. Matter
B. Physical and Chemical Properties and Changes
C. Elements and Compounds
D. Mixtures and Pure Substances
E. Separation of Mixtures
V. Chemical Composition-The Mole
A. Definition of Mole and Molar Mass of Elements
B. Molar Mass of Compounds and Conversions
C. Percent Composition of Compounds and Formula of Compounds
D. Calculation of Empirical Formulas
E. Calculation of Molecular Formulas
A. Evidence for Chemical Reactions
B. Writing Chemical Equations
C. Balancing Chemical Equations
E. Describing Reactions in Aqueous Solutions- Molecular, Ionic, and Net Ionic Equations
F. Predicting Chemical Reactions
G. Ways to Classify Reactions
VII. Stoichiometry
A. Information Given by Chemical Equations
D. Calculation Involving a Limiting Reactant
E. Percent Yield, Theoretical Yield, & Actual Yield
VIII. Gases
B. Pressure & Volume: Boyle's Law
C. Volume & Temperature: Charles's Law
D. Volume & Moles: Avogadro's Law
F. Dalton's Law of Partial Pressure
G. Kinetic Molecular Theory of Gases