Unit 06 Chemical Bonding

I understand that atoms interact with other atoms forming chemical bonds that build compounds.

 Target 06-01 Predict the type of bonds that will occur between atoms.

"I can" Statements:

06-01 a.  Explain why chemical bonds form.

06-01 b.  Classify bonding type according to electronegativity difference.

06-01 c.  Use the Periodic Table to predict the type of bond that will occur between elements.

06-01 d.  Interpret chemical formulas for bond type.

06-01 e.  Interpret chemical formulas for number and kinds of particles.

  Target 06-02 Use Lewis structures to diagram elements, ions, and compounds.

"I can" Statements:

06-02 a.  Use Lewis structures to diagram elements.

06-02 b.  Use Lewis structures to diagram covalent compounds.

06-02 c.  Use Lewis structures to diagram molecules containing multiple bonds.

06-02 d.  Use Lewis structures to diagram resonance structures.

06-02 e.  Use Lewis structures to diagram ions and ionic compounds.

06-02 f.  Use Lewis structures to diagram radicals (polyatomic ions).

06-02 g.  Model Metallic bonding.

Target 06-03 Use electronegativity and molecular geometry to predict the properties of a compound.

"I can" Statements:

06-03 a.  Create molecules using correct geometry for the atoms involved.

06-03 b.  Describe the shape and bond angle of covalent molecules.

06-03 c.  Use VSEPR theory to determine whether a compound is polar or nonpolar.

06-03 d.  Predict the properties of polar and non-polar compounds.

Target 06-04 Explain how factors that affect bond strength influence the properties of a compound.

"I can" Statements:

06-04 a.  Apply bond length to strength of a bond.

06-04 b.  Apply ion charge to the strength of a metallic bond.

06-04 c.  Apply lattice energy to the strength of an ionic bond.

06-04 d.  Apply forces including dipole-dipole, induced dipoles, hydrogen bonding, and London dispersion forces (VanderWaals Forces) to the strength of a bond.

06-04 e.  Use the intermolecular forces to explain properties of a compound including solubility, phase at room temperature, relative melting and boiling temperatures, conductivity, malleability, luster (shininess), and ductility.

Proof of Learning - Unit 6 Chemical Bonding

Syllabus and Objectives for Unit 06 Introduction to Chemical Bonding