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Help Sheet #1 - Ch. 1 Intro: D, SI units, Unit Conversions, Sig Figs	Help Sheet #2 - Ch. 2 Atomic Structure: Atomic Structure, PT, Isotopes, Avg Atomic Mass, Naming/Writing Formulas	Help Sheet #3 - Ch. 3 (Part I) Types of Rxns; Moles:Molar mass, Mass %, Empirical and Molecular Formulas Compds
Help Sheet #4 - Ch. 3 (Part II) Stoichiometry: Reactions and Mol Calculations, Limiting Reagents, Percent Yield, Empirical Formulas from Elemental Analysis	Help Sheet #5 - Ch. 4 (Part I) Reactions: Electrolytes, Types of Rxns, Writing Rxns (molecular, complete ionic, net ionic rxns), Solubility Rules
Practice Problems for Exam 1, Chs. 1-4 (no redox or molarity)
Help Sheet #6 - Ch. 4 (Part II) Redox and Solution Concentration (M): Redox (assigning oxidation numbers, what's oxidized, reduced, oxidizing agent, reducing agent); Molarity, dilution, solution stoichiometry	Help Sheet #7 - Ch. 5 (Part I) Thermochemistry: Specific Heat Capacity; q = CmT; Heat Transfer; Work	Help Sheet #8 - Ch. 5 (Part II) Thermochemistry: Enthalpy, Hrxn; Proportionality Calculations; Hess's Law; Phase Changes (Hvap, Hfus); Heat of Formation: Hf; Calorimetry; Phase Change + Heat transfer Updated: 3/8/13; Slightly Changed Q/A 18-20
Help Sheet #9 - Ch. 6 (Part I) Light and Atomic Structure: Light Equations; Electromagnetic Spectrum; Quantized System; Energy Level Diagram; Electron Transitions; de Broglie Wavelength
Practice Problems for Exam 2, Chs. 4.4 - 6.4
Help Sheet #10 - Ch. 6 (Part II) Quantum:Wavefunctions; Nodes; Quantum Numbers; Orbitals Shapes	Help Sheet #11 - Ch. 6 (Part III) and Ch. 7 Ch. 6 Electronic Configurations: Short hand notation; Orbital Box Diagram; Charged Transition Elements; Number of unpaired electrons Ch. 7 Periodic Properties: Effective Nuclear Charge; Shielding; Periodic Table Trends - Atomic Radii, Ionic Radii, Ionization Energy, Electron Affinity Updated 4/10/13 - clarifed some content	Help Sheet #12 - Ch. 8 Bonding: Types of Bonds; Lattice Energy and Born-Haber Cycle; Electronegativity and Bond Polarity; Lewis Dot Structures; Formal Charge; Resonance; Bond Order; Bond Dissociation Energy (e.g., bond enthalpy)
Help Sheet #11 and 12 - Addenum Ch. 8 Effective Nuclear Charge (Slater's rules); Born-Haber cycle (more detailed)	Help Sheet #13 - Ch. 9 (Part I) Molecular Shapes and Valence Bond Theory: VSEPR; Molecular Polarity, Hybrid Orbitals, pi and sigma Bonds Hybrid Orbitals may NOT be on Exam 3	3D VSEPR Model by Jose Laboy VSEPR: A Resource to Help Visualize VSEPR Shapes
Practice Problems for Exam 3, Chs. 6.5-9.3 Updated 4/21/13: Answer 16c. was incorrect
Help Sheet #14 - Ch. 12 Solids: Types of Solids; Unit Cells; Packing; Determining Empirical Formulas; Coordination Number; Packing Efficiency	3D Crystal Lattices by Jose Laboy	Help Sheet #15 - Ch. 10 (Part I) Gases: Gas Laws; STP; Stoichiometry with Gases
Help Sheet #16 - Ch. 10 (Part II) Gases: Partial Pressure; Kinetic Theory of Gases; Gas Root Mean Square Velocity; Diffision and Effusion; Real versus Ideal Gases Updated 5/8/13. Error on answer 11f corrected.	Help Sheet #17 - Ch. 11 Liquids: Intermolecular Forces; Liquid Properties
Worksheets for Exam 1 Chs. 1 - 4
Worksheet #1 - Ch. 1 and 2 SI units; Atomic Structure; Isotopes; Naming	Worksheet #2 - Ch. 3 (Part I) Mole, Mass %; Empirical and Molecular Formulas	Worksheet #3 - Ch. 3 (Part II) Stoichiometry, Limiting Reagents; %Yield; Elemental Analysis
Worksheet #4 - Ch. 4 (Part I) Types of Rxns; Net Ionic Reactions; Electrolytes
Worksheets for Exam 2 Chs. 4 - 6
Worksheet #5 - Ch. 4 (Part II) Redox; Molarity	Worksheet #6 - Ch. 5 (Part I) q = CmT; Heat Transfer; Work; H(rxn); Hess's Law; Phase Changes	Worksheet #7 - Ch. 5 (Part II) Hf; Calorimetry; Heat Transfer+Phase Change
Worksheet #8 - Ch. 6 (Part I) Light; Bohr Model; e- Transitions; de Broglie eqn
Worksheets for Exam 3 Chs. 6 - 9
Worksheet #9 - Ch. 6 (Part II) Quantum Numbers, Wavefunction2 plots, Electron Configuration	Worksheet #10 - Ch. 7 Effective Nuclear Charge; Periodic Table Trends (Radii; IE; EA; Ionic Radii)	Worksheet #11 - Ch. 8 Electronegativity; Lewis Dot; Formal Charge; Bond Order; Lattice Energy; Born- Haber Cycle
Worksheet #12 - Ch. 9 (Part I) VSEPR; Molecular Polarity
Worksheets for material after Exam 3 Chs. 9 - 12
Worksheet #13 - Ch. 9 (Part II) Valence Bond Theory (hybrid orbitals)	Worksheet #14 - Ch. 12 Types of Solids; Unit Cells; Empirical Formulas; Packing Efficiency; Density	Worksheet #15 - Ch. 10 Gas Laws; Stoichiometry; Partial Pressure; Velocity
Worksheet #16 - Ch. 11 Intermolecular Forces; Liquid Properties
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Help Sheet #1 - Chs. 8, 9 & 11 (some 3 & 4) Review: Electronegativity, Lewis Dot Structures, Bond Polarity, Formal Charges, VSEPR, Hybridization, Hybrid Orbitals Used in a Bond, & Intermolecular Forces (some review on Stoichiometry, Limiting Reagents, %Yield, & Molarity)	Help Sheet #2 - Ch. 24 (Part I) Organic: Naming Molecules, Functional Groups (I), Drawing Molecules, Isomers (structural, optical, geometric)	Help Sheet #3 - Ch. 24 (Part II) Organic: Functional Groups (II), Reactions (combustion, alkane substitution, alkene and alkyne addition, aromatic substitution, redox)
Help Sheet #4 - Ch. 24 (Part III) Organic: Reactions (ester and amide formation, ester and amide hydrolysis, complete hydrolysis); Fats, Transesterification, Soap, Biodiesel	Help Sheet #5 - Ch. 24 (Part IV); Ch. 12.8 Organic: Polymers (Ch. 12.8; addition, condensation: polyamide and polyester), Proteins, Protein Structure	Help Sheet #6 - Ch. 24 (Part V) Organic: Briefly covered: Carbohydrates; Lipids; DNA
Practice Problems for Exam 1, Chs. 24 and Ch. 12
Help Sheet #7 - Ch. 14 (Part I) Kinetics: Average Rates; Initial Rates; Relative Rates; Rate Constant with Units; Evaluating a Rate Law - Initial Rates Method, Description, Raw Data; Integrated Rate Laws	Help Sheet #8 - Ch. 14 (Part II) Kinetics: Half Life; Mechanisms; Reaction Coordinate Diagrams; Arrhenius Equation	Help Sheet #9 - Ch. 23 Not all instructors cover this chapter. This Help Sheet may not be needed! Coordination Compounds: Ligands, Naming, Color Wheel, Isomers
Help Sheet #10 - Ch. 15 Equilibrium: K Expression; Size of K; Kc versus Kp; How K Changes as Rxn is Changed; K Calculations; Rxn Quotient: Q; Le Chatelier's Principle	Help Sheet #11 - Ch. 16 (Part I) Not all instructors cover acids/bases on Exam 2; some cover this material on Exam 3. This Help Sheet may not be needed until later! Acid/Base (A/B) Equilibrium: Defns; Conjugate A/B; pH Equations; pH Calculations for SA, SB, WA, and WB; Stength of A/B and Their Conjugates; % Hydrolysis; Ka, Kb, pKa, pKb; Sig Figs	Help Sheet #12 - Ch. 16 (Part II) Not all instructors cover acids/bases on Exam 2; some cover this material on Exam 3. This Help Sheet may not be needed until later! Acid/Base (A/B) Equilibrium: Which Way a A/B Rxn Proceeds; Salts and Spectator Ions; Equal Mole Rxns; Polyprotic Acids
Practice Problems for Exam 2, Chs. 14, 15, 16, and 23
Help Sheet #13 - Ch. 19 Thermodynamics: Enthalpy, H (review); Entropy, S; Comparing Entropy in Different Systems; Spontaneous Rxns; Free Energy, G; Sign Conventions	Help Sheet #14 - Ch. 17 (Part I) Buffers: ID Buffers; Buffer Range and Capacity; pH of a Buffer; Find pH of Buffer + SA/SB; Buffer prep	Help Sheet #15 - Ch. 17 (Part II) Titrations: Titration Curves: SA+SB, SA+WB, WA+SB; Equivalence Pt; Halfway to Equivalence Pt; Indicators; pH Calculations of Titrations; Polyprotic Acid Titrations
Help Sheet #16 - Ch. 17 (Part III) Solubility Product, Ksp: Find Ksp from Solubility; Find Solubility from Ksp; Which Solid is More Soluble?; Common Ion Effect; pH and Solubility; Does a Ppt Form? Not all instructors cover Ksp. This Help Sheet may not be needed!
Practice Problems for Exam 3, Chs. 16 and 17
Help Sheet #17 - Ch. 20 (Part I) Electrochemistry: Assign Ox Num; Bal Redox Rxns; Draw Electrochemical Cells; Cell Notation; Inert Electrodes; Standard Electrode (SHE); How E Changes as Rxn Changes; Standard Reduction Table; Stronger Oxidizing/Reducing Agents	Help Sheet #18 - Ch. 20 (Part II) Electrochemistry: Nernst Eqn; Concentration Cells; Electroylsis; Molten Systems; Types of Batteries; BAN APE; K and G	Help Sheet #19 - Ch. 21 Nuclear chemistry: Particles; Nuclear Decays; Band of Stability; Mass Defect; Binding Energy; Kinetics; Dating Not all instructors cover nuclear chemistry so this Help Sheet may not be even needed!
Worksheets for Exam 1 Chs. 8-10 (review); Ch 24
Worksheet #1 - Review and Ch. 24 (Part I) Chem 103 Review; Naming; Functional Groups; Common Names; Isomers	Worksheet #2 - Ch. 24 (Part II) Reactions	Worksheet #3 - Ch. 24 (Part III) Fat and soap; Polymers: Addition and Condensation; Proteins; Carbohydrates; Lipids; DNA Not all topics on this handout are usually covered by all sections.
Worksheets for Exam 2 Chs. 14, 23, and 15
Worksheet #4 - Ch. 14 (Part I) Rate; Avg Rate; Relative Rate; Rate Law; Initial Rates Method; Integrate Rate Law and Plots; Half-life	Worksheet #5 - Ch. 14 (Part II) Reaction Coordinate Diagram; Factors Affecting Rate; Arrhenius Equation/Plot; Mechanisms	Worksheet #6 - Ch. 23 Coordination Compounds Not all instructors cover this chapter so this handout may not be needed.
Worksheet #7 - Ch. 15 Size of K; Kc versus Kp; Q; K Calculations; Le Chatelier's Principle
Worksheets for Exam 3 Chs. 19, 16, and 17
Worksheet #8 - Ch. 19 Entropy; H, S, G; K from G; Sign Conventions	Worksheet #9 - Ch. 16 Strong/Weak Acids/Bases; Conjugates; pH Calculations; Ka, Kb, pKa, pKb; Stronger Acid/Base; Which Side of Rxn Favored; Salts; Polyprotic Acids	Worksheet #10 - Ch. 17 (Part I) ID Buffer; pH Buffer; Buffer Reactions; Preparation; Buffer Range and Capacity
Worksheet #11 - Ch. 17 (Part II) Titration Curves; Calculating pH During a Titration; Indicators	Worksheet #12 - Ch. 17 (Part III) Find Ksp; Find Solubility; Which Solid More Soluble; Does a Ppt Form; pH and Solubility; Common Ion Effect Not all instructors cover this topic so this handout may not be needed.
Worksheets for material after Exam 3 Ch. 20 and 21
Worksheet #13 - Ch. 20 (Part I) Ox Num; Balance Redox Rxns; SHE; Line Notation; Electrochemical Cells; Inert Electrode; Stronger Ox./Red. Agent	Worksheet #14 - Ch. 20 (Part II) Nernst Equation; Electrolysis; Molten Systems; Batteries; BAN APE; G and K	Worksheet #15 - Ch. 21 Nuclear particles and rxns; Band of Stability; Mass Defect; Binding Energy; Reactors; Kinetics/Dating Not all instructors cover this chapter so this handout may not be needed.
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