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Chem. Pacing Guide
Unit 1 Ch.1&2  6days                        Lab
 Mathematics Review                    1-1 p. 792  Mixture Separation
Metric System                    1-2 p. 794  Water Purification
Scientific Notation
Dimensional Analysis/Factor Label (pressure and heat)
And gas laws, temperature, pressure, and volume
Properities (Entropy)
States of matter s. l. g chp.12
Unit 2 Ch.3-6  Ch.  12 days                     
 Organization of Mater
      Atomic Structure                        4-1 p. 801 Flame Test
      History of Atom
       Basic Structure of an Atom Subatomic Particles /Polarity
Atomic Number, Mass Number, and Isotopes
Avogadro's Number and The Mole                3-1 p. 798 Conservation of Mass
Atoms, Ions, and Molecules
Compounds Elements Mixtures Concentrations of solutions
Percent by mass, Molarity, change in bp and mp.
Physical and Chemical Changes/Properties / Polarity
Unit  3 Ch. 20-22  10
  Nuclear Chemical
Radioactive Decay
        -Man Made
        -Production of Heat
        -Simple Applications

 Electron Configuration and Periodicity
Electron Configuration of Atoms and Ions
Periodic trends
   Radius (Atomic & Ionic)
   Ionization Energy
Lewis Dot
Nonpolar Covalent / Polar Covalent
  Molecular Geometry
VSEPR model / Hybridization
Multiple Bonds
Unit 4 Ch. 7-9  12 days
 Inorganic Nomenclature                7-1 Separation of Salts by fractional crystallization    
Write Names, WriteFormulas
Stock System, Prefixes For Organic        7-2 Naming Ionic Compounds
Acids Nomenclature / [H3O+_] , [OH-] , pH , pOH, Calculations

 Chemical Composition
Formulas and Molecular Weight, Percent Composition, Empirical Formula
Molecular Formula                7-3 Determining Empirical formula for MgO
 Balancing Equations and Types of Reactions
 Stoichiometry                    9-1 p. 816 Mass and Mole relationships in chemical
Ideal calculations                      reactions
Limiting Reactant
Unit 5 Ch. 10-12  12 days
 Gas Laws, Properties and Units (STP)
Relationship between Pressure, Temperature Volume
Boyle's Laws
Charles's Laws
Dalton's Law of Partial Pressure    12-1 p. 822 "wet" Dry Ice
Combined Gas Law
Ideal Gases Law
Unit 6 Ch. 13-16  16 days
  Solutions                13-1 Paper Chromatography
Molarity                          13-2 p. 834 Calorimetry & Molarity (HONORS ONLY)
Solubility                    16-1 p. 844 How much Calcium Carbonate is in an                                           eggshell    
Energy Diagrams   
Temp. -VS- Solubility of solid
Rates of solubility               
Collision Theory    
Temp. -Vs.-Solubility of gas
Mole Fraction     
Driving Forces
Kf and Kb                 
Dilution Ma1Va1=Ma2 Va2                 
Net Ionic Equations
  Acid-Bases and Salts                    16-3 p. 851 Is it an Acid or Base
Identification of Bronsted Acids and Bases
Identification of Arrehenius Acids and Bases
Neutralization reactions and Titration's
Lewis Acids and Bases
Unit 7 Ch. 17-19  15 days
  Equilibrium Chemical Reactions                Pre-lab p. 858 Calorimetry
Thermochemistry: q=m x Cp x  Dt
Definition of Chemical Equilibrium            17-3 p. 868 Reaction Rates
Equilibrium Constant (a.k.a. Kc)
Le Chatelier's Principle
Redox Reactions                        19-2 p. 881 Reduction of Magnesium in
Assigning oxidation Numbers                permanate ion
Redox Reactions
Voltaic cell Simple Battery
Determine expected Voltage
Half Reactions (Only Metal-Metal Equations)
Unit7 Ch. 20-22  10 days
  Nuclear Chemical
Radioactive Decay
        -Man Made
        -Production of Heat
        -Simple Applications