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			Schedules, Special handouts, etc. THIS SITE IS CLOSED DOWN FOR THE SUMMER. Dr. Dartt's teaching schedule, office hours, etc. -------------------Current Unit Schedules------------------ Period 1 Period 2 Period 3 Period 4 Period 5 --------Handouts, TI Programs & Miscellany--------- -------------------------------Unit 1------------------------------- Course Expectations Academic Integrity Introduction to the Laboratory Lab reports: the good, the bad, and the ugly On-Line Quiz "How-to" Student Periodic Table and other good stuff Naming compounds/Writing formulas ------------------------------Unit 2------------------------------ Making Sense out of Chemical Reactions Reaction practice#1 Reaction practice#1 answers Reaction practice#2 Reaction practice#2 answers ------------------------------Unit 3------------------------------ ------------------------------Unit 4------------------------------ Atomic Theory Summary Atomic Orbitals and Electron Configuration Electron Configuration and Periodic Properties ------------------------------Unit 5------------------------------ Using the TI-83/P and CBL in the Lab Instructions for Graphing with Excel Instructions for Graphing with the TI-83/P ------------------------------Unit 6------------------------------ ------------------------------Unit 7------------------------------ ------------------------------Unit 8------------------------------ ------------------------------Unit 9------------------------------ -----------------------------Unit 10----------------------------- -----------------------------Unit 11----------------------------- -----------------------------Unit 12----------------------------- -----------------------------Unit 13----------------------------- SRP Table (print version) ---------------------Homework Solutions-------------------- Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Unit 6 Unit 7 Unit 8 Unit 9 Unit 10 Unit 11 Unit 12 Unit 13    --------------------------Study Guides-------------------------- Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Unit 6 Unit 7 Unit 8 Unit 9 Unit 10 Unit 11 Unit 12 Unit 13 ----------------------Practice Problems----------------------- Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Unit 6 Unit 7 Unit 8 Unit 9 Unit 10 Unit 11 Unit 12 Unit 13 --------------------------Sample Tests-------------------------- Unit 1 Unit 2 Unit 3 Unit 4 Unit 5 Unit 6 Unit 7 Lab Final Info Sample Semester Exam Answers to above Unit 8 Unit 9 Unit 10 Unit 11 Unit 12 Unit 13 Lab Final Information (w/answers) Final Exam Review (w/answers)
			Lecture Transcriptions ------------------------------------Select Below------------------------------------ ************************ READ ME FIRST!!!!!! ************************ ------------------------------------------Unit 1------------------------------------------ nomenclature and writing formulas mole concept % composition and empirical formulas ------------------------------------------Unit 2------------------------------------------ writing reactions post-lab on Precipitation Reactions post-lab on Reactions of Acids post-lab on Redox Reactions ------------------------------------------Unit 3------------------------------------------ Stoichiometry ------------------------------------------Unit 4------------------------------------------ Early atomic theory The beginnings of Quantum Theory: the Bohr model After Bohr: the Schrödinger atom Atomic orbitals Electron configurations The structure of the Periodic Table and trends in properties post-lab on Periodic Properties ------------------------------------------Unit 5------------------------------------------ The basics of ionic/covalent bonding and Lewis structures Bond energy and enthalpy changes Hess’ Law Entropy Free energy Lecture Lab: An Entropy Driven Reaction ------------------------------------------Unit 6------------------------------------------ -------------Chime plugin used extensively in this section!------------- Lewis structures; incomplete and expanded octets Geometry based on pair repulsion (VSEPR) Hybridization Dipoles and weak forces Energy in Phase changes; Solids and liquids ------------------------------------------Unit 7------------------------------------------ The nature of gases; Phase diagrams Gas Stoichiometry; Ideal vs. real gas behavior ------------------------------------------Unit 8------------------------------------------ The Nature of Solutions; concentration units Colligative properties ------------------------------------------Unit 9------------------------------------------ Collision theory Lecture Lab: Factors Affecting Rates of Reactions Rate laws and Mechanisms Activation energy and catalysts -----------------------------------------Unit 10----------------------------------------- The equilibrium concept; writing Kc Lecture Lab: Factors Affecting Equilibrium Kc vs. Qc; Kc and Free Energy Solving equilibrium problems Ksp as a concept: Ksp vs. solubility Common ion effect -----------------------------------------Unit 11----------------------------------------- Nuclear stability and energy changes Radioactivity Decay rates Fission Transmutation and fusion -----------------------------------------Unit 12----------------------------------------- Acid/base models Kw and pH Weak acids and bases; Ka and Kb post lab on Hydrolysis of Salts post lab on Common Ion Effect and Buffer Solutions Solving buffer problems -----------------------------------------Unit 13----------------------------------------- Review of redox terms and oxidation numbers post lab on Galvanic cells Galvanic cells, E and spontaneity post lab on Corrosion of Iron post lab on Electrolysis of Aqueous Solutions; Electrolytic cells Faraday's Law
			Lab Experiments ------------------------------------Select Below------------------------------------ ----------------------------------------Unit 1---------------------------------------- What are Compounds Like? Synthesis and Characterization of Zinc Iodide ----------------------------------------Unit 2---------------------------------------- Precipitation Reactions Reactions of Acids Redox Reactions ----------------------------------------Unit 3---------------------------------------- The Carbonate Project ----------------------------------------Unit 4---------------------------------------- Emission Spectra Investigating Periodic Properties ----------------------------------------Unit 5---------------------------------------- Bond Breaking and the Heat of Reaction Determination of the Heat of Formation for Magnesium Oxide An Entropy-driven reaction ----------------------------------------Unit 6---------------------------------------- Gas Chromatography and Intermolecular Forces Separation of Plant Pigments by Paper Chromatography Classifying Solids Vapor Pressure and Structure ----------------------------------------Unit 7---------------------------------------- The Physical Behavior of Gases Gas Stoichiometry Chemical Behavior of Common Gases -----------------------------------Intersession--------------------------------- The Dreaded Nine Bottle Problem ----------------------------------------Unit 8---------------------------------------- The Process of Solution Solution Concentration and Absorbance Molar Mass Determination by Freezing Point Depression ----------------------------------------Unit 9---------------------------------------- Factors Affecting Rates of Reactions The Rate of Iodination of 2-propanone ---------------------------------------Unit 10--------------------------------------- Factors Affecting Equilibrium Colorimetric Determination of Kc The Thermodynamics of Solubility Equilibrium ---------------------------------------Unit 11--------------------------------------- The Half-life of an Isotope ---------------------------------------Unit 12--------------------------------------- A Closer Look at Acid/Base Neutralization Reactions Weak Acids and Ka Hydrolysis of Salts The Common Ion Effect and Buffer Solutions ---------------------------------------Unit 13--------------------------------------- Galvanic Cells The Corrosion of Iron Electrolysis of Solutions Electroplating Electrochemical Production of Hydrogen Gas and Copper(II)
			Pre-labs ------------------------------------Select Below------------------------------------ What are Compounds Like? Reactions of Acids Redox Reactions The Carbonate Project, parts 1 & 2 Investigating Periodic Properties Determination of the Heat of Formation for Magnesium Oxide Gas Chromatography and Intermolecular Forces Separation of Plant Pigments by Paper Chromatography Vapor Pressure and Structure Gas Stoichiometry Chemical Behavior of Common Gases The Process of Solution Solution Concentration and Absorbance The Thermodynamics of Solubility Equilibrium A Closer Look at Acid/Base Neutralization Reactions Hydrolysis of Salts The Common Ion Effect and Buffer Solutions Galvanic Cells The Corrosion of Iron Electrolysis of Solutions Electrochemical Production of Hydrogen Gas and Copper(II)