Isomers: Constitutional (also called structural) Stereoisomers: Geometric, Opticalįunctional Groups (Part II) drawing and naming Organic: alkanes, alkenes, alkynes, cyclic, aromatic Light equations Electromagnetic spectrum Photoelectric effect Quantized system and Bohr Model Energy Level Diagram Electron Transitions Duality principle de Broglie WavelengthĮlectronegativity, Lewis Dot Structures, Bond Polarity, VSEPR, Hybridization, Hybrid Orbitals used in a Bond, Intermolecular Forces, Higher Boiling Point, Solubilityĭrawing and Naming Molecules, Functional Groups (Part I) Light, Matter, and Atomic Structure (Part I) Terms Work Sign Conventions Specific Heat Capacity q = CmΔT Heat Transfer Enthalpy of a rxn, ΔH rxn°Ĭalorimetry Phase Changes (ΔH vap°, ΔH fus°) and heating curves Phase Change + Heat transfer Hess’s Law Heat of Formation (ΔH f°) Module 6 Practice Problems: Thermochemistry (scaling, exo/endo, system/surroundings, etc.) Module 5 Practice Problems: Gases (gas laws, stoichiometry, partial pressure, velocity, etc.) Module 4 Practice Problems: Stoichiometry and Energy (mol, mass%, empirical formula, limiting reagents, %yield, molarity, etc.) Partial Pressure, Kinetic Theory of Gases, Root Mean Square Velocity, Diffusion and Effusion Gas Laws, D and molar mass, STP, Stoichiometry with gases Molarity calculations, Dilution, Solution stoichiometry (titrations) Intro to energy
Reactions and mol calculations, Limiting reagents, Percent yield, Empirical formulas from combustion Mole calculations, Molar mass, Converting between moles/grams/molecules, Mass percent, Empirical and Molecular formulas, Finding unknown metal M
Sets of practice problems for these modules Module 3 Practice Problems: Reactions (electrolytes, writing reactions, solubility, etc.) Module 2 Practice Problems: Atoms, molecules, and ions (atomic structure, isotopes, mass spec, etc.) Module 1 Practice Problems: Intro to Chem Concepts (SI units, D, terms, etc.)
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Print 2-sided from Adobe Reader for proper alignmentīalancing Rxns, Types of Rxns, Writing Rxns (molecular, complete ionic, net ionic rxns) Electrolytes Solubility Rules Redox: Assigning oxidation numbers What’s oxidized, reduced, oxidizing agent, reducing agent Metal activity series
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Terms, SI units, Unit Conversions, Sig Figs, Density, Periodic Tableįirst 36 elements plus a few other common ones print 2-sided for proper alignmentĪtomic Structure, Isotopes, Average Atomic Mass, Mass Spectroscopy, Ionic versus Molecular compounds, Naming/Writing Formulas, Polyatomic Ions, Coulomb’s Law If that occurs, always follow your instructor’s preferred content. Instructors may present content differently than in these resources Here’s another useful tool: A semester calendar for spring 2023! That way you can add all your assignments for each class in the boxes using a different colored pen for each course. We always appreciate feedback so thank you in advance! If you wish to provide feedback, there are links available for the organic resources all the time for the introductory chemistry courses a link near the end of the semester will be provided.
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If you find an error or have a comment on the handouts feel free to reach out to Tony Jacob at Please direct chemistry questions to Piazza or your TA. The material for the introductory courses (103 and 104) is gradually uploaded during the semester the material for the organic courses (343 and 345) is available all at once. Please review your lecture notes, slides, and online text, and compare them to the handouts to note appropriate topics to work through. In addition, instructors may present the content differently if that occurs, always follow your instructor’s preferred content.
The instructor may present the material differently, so not all of the material in the handouts maybe covered by each instructor, and some instructors may cover material not on the handouts. DISCLAIMER: These handouts provide a “general” outline of the material with practice problems and answers.
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