WPC#  *Ftm2S&rtIk@''9+X Z{!]Aw59u ? NɝR!0i' [cЦڿ7#]"#LG4fY󃂑t  #8]u;~, nɻ:lJrzb|^ꢳ1wanpy]X˿ g}z1qu]:_ Uːi\{ SO6&~V3DHup6H~ey8{xji|֧fL4`3~@)(`Je׍h _lBtfBǕ~D,6g:4;AӾV[[G^+zܢ*);뛋Mi+Pl.~v9HS"x+#!PUNq % 0wv4zf 0 N hxB^  mA 0e D+ U> Acrobat Distiller,,,,0(hH  Z 6Times New Roman RegularX($K(XKXXXXXXXX uH-\T\3|x \  )  _XX(#(#K(#(3ia$ !K(XKXnXXXXnXXXn   C:\Corel\Suite8\Template\CUSTOM~2\Web\wp8web.wptC:\Corel\Suite8\Template\Custom WP Templates\Web\wp8web.wpt1U     )  _RR<(# XX..111 SLY 047.wpd.111SLY047.wpd/   7 '  _  (3ia$ !K(XKXnXXXXnXXXn   'dxd(9 Z&Times New Roman !K(XKXnXXXXnXXXn  _@@,-& @  @`  @  @  @h  @ @@  DEPARTMENTOFCHEMISTRYANDBIOCHEMISTRY  @@ COLLEGEOFCHARLESTON@@CHEMISTRY111SYLLABUS  hh I.FundamentalConcepts @ A.ChemicalFormulas @  @` 1.PercentageComposition @  @` 2.EmpiricalFormulaDetermination @  @` 3.MolecularFormulas @ B.IntroductiontoAtomicTheory @  @` 1.Electron,Protons,andNeutrons @  @` 2.Isotopes @ C.MoleConcept @  @` 1.AvogadrosConstant @  @` 2.MolarMass @ D.ChemicalEquations @  @` 1.Balancing @  @` 2.InterpretationofSymbolism @  @` 3.NetIonicEquations @  @` 4.ClassificationofChemicalReactions @ E._Stoichiometric_ԀCalculations @  @` 1.TheoreticalYield @  @` 2.PercentYield @  @` 3.LimitingReactants @ F.InorganicNomenclature @  @` 1.Ions @  @` 2.Acids(simplebinaryand_oxo_Ԁacids) @  @` 3.Bases @  @` 4.Salts k2k2    ` 5. Hydrates h    ` 5. MolecularCompounds }Q   G. ` IntroductiontoSolutions f:    ` 1. Definitions O#     ` 2. SaturatedandUnsaturatedSolutions 8 !     ` 3. Concentrations ! "    ` 4. DilutionFormula  !# II.  _Thermochemistry_ ! $   A. ` Enthalpy "!%   B. ` HeatofReaction #"&   C. ` HeatofFormation $#'   D. ` Lawsof_Thermochemistry_Ԁ(e.g.,LawofHess) %k$( III.  AtomicStructure &T%)   A. ` EvolutionofModernAtomicTheory i'=&*   B. ` WaveMechanicalModeloftheHydrogenAtom R(&'+    ` 1. QuantumNumbers ;)(,    ` 2. OrbitalShapes $*(-    ` 3. RadialWaveFunction  +).   C. ` _Multielectron_ԀAtoms +*/    ` 1. _Aufbau_ԀPrinciple ,+0    ` 2. PauliExclusionPrinciple -,1    ` 3. _Hund_sRule .-2    ` 4. ElectronConfigurationsofAtomsandIons ,    ` 5. _Paramagnetism_ԀandDiamagnetism  IV.  PeriodicTable    A. ` TrendsinthePeriodicTable     ` 1. AtomicRadii     ` 2. IonicRadii     ` 3. IonizationEnergy v    ` 4. ElectronAffinities _    ` 5. _Electronegativities_ tH    ` 6. OxidationNumbers ] 1    B. ` PredictingChemicalFormulasofCompounds F     C. ` ClassificationsofElements   /      ` 1. Metals,Nonmetals,andSemiconductingElements      ` 2. RepresentativeandTransitionElements   V.  CovalentBonding     A. ` LewisStructures      ` 1. MultipleBonds     ` 2. FormalCharge y   B. ` ValenceShellElectronPairRepulsion(_VSEPR_) b    ` 1. Geometry wK    ` 2. DistinctionBetweenGeometryandShape `4   C. ` ValenceBondTheory I    ` 1. OrbitalOverlap 2    ` 2. Hybridization     ` 3. SigmaandPiBonds     ` 4. Geometry  VI.  IntermolecularForces    A. ` Types     ` 1. LondonForces |    ` 2. DipoleForces e    ` 3. HydrogenBonding zN VII.  TheSolidState c7   A. ` IonicBond L      ` 1. NatureofBond 5 !    ` 2. LatticeEnergy  "   B. ` PropertiesofIonicSubstances !#    ` 1. MeltingPoints ! $ VIII.  Gases "!%   A. ` PropertiesofGases #"&    ` 1. Pressure $#'    ` 2. Temperature %h$(    ` 3. MacroscopicProperties }&Q%)   B. ` KineticMolecularTheory O(#'+    ` 1. IdealGasLaw 8) (,    ` 2. GrahamsLawofEffusion !*(-   C. ` _Stoichiometry_  +).    ` 1. DaltonsLaw +*/    ` 2. Gay_Lussac_ ,+0   D. ` BehaviorofRealGases -,1 IX.  Liquids .-2   A. ` Properties     ` 1. MacroscopicProperties     ` 2. VaporPressure     ` 3. NormalBoilingPoint     ` 4. NormalFreezingPoint    B. ` PhaseDiagramsforOneComponentSystems j    ` 1. PhaseRegions Sv    ` 2. TriplePoint < _    ` 3. CriticalPoint % H    ` 4. LocationoftheBoilingPoint,FreezingPoint,andCriticalPoint  1     ` 5. IsobaricandIsothermalChanges    __