COURSE OUTLINE Fall Semester Areas of Study (Goals) Performance Expectations I. Describing Matter A. Scientific Method HS-PS 1-1 B. SAFETY in the laboratory 1-2 C. Matter 1-3 D. Representative particles 1-4 E. Classifications: Elements, Compounds and Mixtures 1-7 F. Physical and Chemical Changes/Properties 3-5 G. States of Matter H. Kinetic Molecular Theory I. Laws for Chemical Changes J. Molecules and Ions II. Measurement and Problem Solving SI system of units HS PS 1-3 – Significant Figures 1-7 Mass, Volume, Temperature and Heat Unit Conversions (dimensional analysis) Moles and Molarity Structure and Nuclear Chemistry HS PS 1-1 – History of Atom and Structure 1-2 Quantitative Relationships in the Atom 1-3 Nuclear Chemistry 1-8 4-4 Mechanical Model of the Atom HS PS 1-1 – History of the QM Model of Atom 1-2 Electromagnetic Spectrum and Light Behavior 4-1 Arrangement and Behavior of Electrons in the Atom 4-3 4-4 V. Periodic Table and Intro to Mole Calculations HS PS 1-1 – A. Mole with Calculations 1-2 B. Structure of Periodic Table 1-7 C. Periodic Trends D. Lewis Dot Structures VI. Nomenclature and Reactions HS PS 1-1 – Balancing Chemical Reactions 1-2 Properties/Naming Ionic and Molecular Compounds 1-7 Precipitate Reactions VII. Bonding and Molecular Shape Bond Types HS PS 1-1 – Bond Properties 1-2 Lewis Structures 1-3 Resonance 2-6 Isomers Why/How Atoms Bond VSEPR Theory Spring Semester VIII. Acids and Bases Properties HS PS 1-2 –
COURSE OUTLINE Fall Semester Areas of Study (Goals) Performance Expectations I. Describing Matter A. Scientific Method B. SAFETY in the laboratory C. Matter D. Representative particles E. Classifications: Elements, Compounds and Mixtures F. Physical and Chemical Changes/Properties G. States of Matter H. Kinetic Molecular Theory I. Laws for Chemical Changes J. Molecules and Ions HS-PS 1-1 1-2 1-3 1-4 1-7 3-5 II. Measurement and Problem Solving SI system of units Significant Figures Mass, Volume, Temperature and Heat Unit Conversions (dimensional analysis) Moles and Molarity HS – PS 1-3 1-7 Structure and Nuclear Chemistry History of Atom and Structure Quantitative Relationships in the Atom Nuclear Chemistry HS – PS 1-1 1-2 1-3 1-8 4-4 Mechanical Model of the Atom History of the QM Model of Atom Electromagnetic Spectrum and Light Behavior Arrangement and Behavior of Electrons in the Atom HS – PS 1-1 1-2 4-1 4-3 4-4 V. Periodic Table and Intro to Mole Calculations A. Mole with Calculations B. Structure of Periodic Table C. Periodic Trends D. Lewis Dot Structures HS – PS 1-1 1-2 1-7 VI. Nomenclature and Reactions Balancing Chemical Reactions Properties/Naming Ionic and Molecular Compounds Precipitate Reactions HS – PS 1-1 1-2 1-7 VII. Bonding and Molecular Shape Bond Types Bond Properties Lewis Structures Resonance Isomers Why/How Atoms Bond VSEPR Theory HS – PS 1-1 1-2 1-3 2-6 Spring Semester VIII. Acids and Bases Properties HS – PS 1-2