100 10441
120 Chemistry I (ACP) 521
130 Unit 5 Chemical Bonds
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150 11-12
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210 07.0 Science
211 11.9.1
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220 30.0 World Language
221 2.9.11
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300 What determines the type of bonding found in compounds?
300 How does bonding and molecular shape affect the properties of substances?
300 What are the forces that affect the behavior of solids and liquids?
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400 Metal atoms vs nonmetal atoms behavior
400 Octet rule
400 Formation of ions 
400 Ionic bonds
400 Metallic Bonding
400 E dot structures for both ionic and covalent bonding
400 Lewis structures
400 Bond multiplicity
400 Sigma vs pi bonds
400 VSEPR theory
400 Hybridization 
400 Bond polarity 
400 Molecular polarity
400 Intermolecular forces of attraction
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500 Students will develop the ability to:
500 1.  Determine what type of bond will form between given elements
500 2.  Illustrate the bond formation with the appropriate e dot diagram.
500 3.  Use e configuration to explain ion formation
500 4.  Demonstrate how bond formation fulfills the octet rule
500 5.  Explain how the properties of metals result form the metallic bonding models
500 6.  Create Lewis structures for molecular compounds
500 7.  Determine bond multiplicity through e dot structures
500 8.  Count the number of sigma  and pi bonds in a given molecule
500 9.  Draw diagrams to illustrate the difference between a sigma and a pi bond
500 10.  Use VSEPR theory to predict the shape of given molecules
500 11.  Predict how hybridization will affect the shape of a molecule
500 12.  Identify what type of hybridization is being used in a molecule
500 13.  Determine if a bond is polar or nonpolar based on differences in electronegativity
500 14.  Use bond polarity and molecular shape to predict if  a molecule is polar 
500 15.  Given a substance, determine which type of intermolecular forces are present
500 16.  Explain how different intermolecular forces affect the properties of various substances
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600 Types of solids lab activity
600 Styro models for sigma and pi bonds and hybridization
600 Shapes of molecules model set
600 Molecular models lab
600 Practice e dot structures
600 Practice Lewis structures
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700 lab assessment
700 quizzes 
700 test
700 successful model building
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700 Assessment is based on a total point system.  Lab reports range between 50 and 100 points.  Quizzes range between 10 and 25 points.  Tests range between 100 and 200 points.  Homework ranges between 5 and 15 points.  Performance based grading ranges between 5 and 20 points.
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