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Calculations -density -oxidation number

TEST # 1. Subatomic Particles p + , n o , e - : Description atomic #, mass # Isotopes/notation - neutral charge atom - +/- charged ion. Metric System conversions labels; mass,vol,length temp. scales significant figures. Chemical/Physical -changes/properties -intensive/extensive

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Calculations -density -oxidation number

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  1. TEST # 1 Subatomic Particles p+, no, e-: Description atomic #, mass # Isotopes/notation - neutral charge atom - +/- charged ion • Metric System • conversions • labels; mass,vol,length • temp. scales • significant figures Chemical/Physical -changes/properties -intensive/extensive Elements -metal, nonmetal, metalloid -diatomics Precision/Accuracy Matter -define -diff. types -phases Nomenclature -names/formulas -ionic/covalent -binary/ternary -polyatomics & their pattern Calculations -density -oxidation number TEST FORM Multiple Choice - Calculations - Conversions IdentificationShort - Essay Answer

  2. TEST FORM Calculations Conversions Multiple Choice Identification Short Essay Answer

  3. TEST # 2 • EQUATIONS • formulas, states • determine pdts; NR • type of rxn • balance • moles/mass • redo • determine LR Calculations - significant figures -oxidation number - mass, mole conversions - LR - % Composition - Emperical/Molecular Formula - Concentration; M, dilution - Electroyles i.d. strong, weak, non - Total & Net Ionic Eqn i.d. redox, spectators

  4. TEST # 3 • Ch. 5 THERMODYNAMICS • Energy; PE, KE • Energy Flow; endo, exo • Specific Heat; q = Cs*m*T • Energy Diagrams • Enthaply Calculations • Hess’s Law Application

  5. TEST # 4 • ENERGY • Rydberg 1.10*107 m-1 • Planck 6.63*10-34 J-s • ,  • c = * • moles/mass • Ionization E • Electron Affinity • Orbital Diagrams, “arrows” Trends - IE, EA, radius, ions/elements e- Notation - short/long Quantum Numbers - n, l, ml - Valence/Inner Core e- CH. 10 - Gas Laws boyle, charles, avogadro, dalton, ideal, van der waals - Kinetic Theory - Labels, STP - Stoichiometric Problem

  6. TEST # 5 • CH. 10 • - Gas Laws • boyle, charles, avogadro, • dalton, ideal, van der waals • - Density, molar mass • - Mole Fraction • - Collect gas over water • Kinetic Theory • - Labels, STP • Stoichiometric Problem • LR • Effusion/Diffusion • time, rate, molar mass

  7. TEST Formula Wt Atom Structure Reaction Problems Ionic Concentration Molarity, Dilution % Composition Emperical Formula Hess’s Law LR Enthaply Calculations Gases mole fraction ALWAYS NEED Names/Formula Significant Figures Conversions Diatomics Charges; REDOX Density Balance Eqn State Function Rxn Resources Trends P.Table E, Heat Flow STP; 22.4 L FINALF13

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