STANDARD COMPETENCIES:

 

 I.      Use correct number of significant figures in calculations

 II.     Organize data mathematically using dimensional analysis in a conversion from one unit to another

 III.    Use the periodic table to assist in explaining chemical bonding, polarity, and physical and chemical properties of elements

 IV.    Write and/or give orally the corresponding formula and name of a compound when given only the formula or name

 V.      Calculate the mathematical relationship between y and x after graphing the experimental data

 VI.     Connect real world applications to chemical principles learned

 VII.    Use the scientific notation, log, antilog, and exponent keys on a calculator when required for various chemical calculations

 VIII.   Read, analyze and apply written material to new situations

 IX.     Write and speak clearly and logically in presentations and essays

 X       Select and apply contemporary forms of technology to solve problems or compile information

 TOPICAL OUTLINE:

 

 I.      Introduction

         A.      Terminology

         B.      Classification of Matter

         C.      Physical and Chemical Changes of Matters

         D.      Measurement including Significant Figures

         E.      Introduction to Dimensional Analysis

 II.     Atomic Theories and Periodic Table

         A.      Atomic Theories and Structure of the Atom

         B.      Relative mass and the mole

         C.      Electronic Configuration and the Periodic Table

                 1.      Electron Configuration

                 2.      Orbital Notation

                 3.      Classification of the elements

                 4.      Property Trends

 III.    Chemical Bonding and Molecules

         A.      Types of Chemical Bonding

         B.      Noble Gas Configuration and Chemical Bonding

                 1.      Ionic

                 2.      Covalent

                 3.      Polar Covalent

         C.      Lewis Dot Configuration

         D.      Polyatomic Ions

         E.      Valence Shell Electron Pair Repulsion Theory (VSEPR)

         F.      Polarity

 IV.     Nomenclature and Formulas of Compounds

         A.      Oxidation Number

         B.      Ionic Compounds

         C.      Covalent Compounds

 V.      Chemical Reactions

         A.      Chemical Equations and Terminology

         B.      Types of Chemical Reactions

         C.      Energy and Reactions

         D.      Stoichiometry

                 1.      Limiting Reagent

                 2.      Percent Yield

 VI.     States of Matter

         A.      Gas State

                 1.      Pressure

                 2.      Gas Laws (Boyles`, Charles`, Ideal Gas, Dalton`s)

                 3.      Stoichiometry

         B.      Condensed States

                 1.      Liquid State

                 2.      Solid State

                 3.      Intermolecular Forces

         C.      Changes in States of Matter

 VII.    Solutions

         A.      Terminology

         B.      Concentration Units and Preparation

         C.      Colligative Properties

 VIII.   Reaction Rates and Equilibrium

         A.      Rates and Rate Law

         B.      Factors that Influence Rate

         C.      Chemical Equilibrium and the Equilibrium Expression

         D.      LeChatlier`s Principle

 IX.     Acid/Base Chemistry

         A.      Acid/Base Theories

         B.      Nomenclature

         C.      pH

         D.      Strengths of Acids and Bases

         E.      Titration and Stoichiometry

         F.      Buffers

 X       Nuclear Chemistry

         A.      Radioactivity

         B.      Nuclear Equations

         C.      Measurement

         D.      Half-Life