Monday, December 19

• Notes/Discussion “Solubility and Solubility Curves”
• Completed inclass assignment “Calculations from Solubility Curves” (Passed in)

Friday, December 16

• Test “From Shape and Polarity to the end of Net Ionic Equations”

Thursday, December 15

• Corrected Practice Problems #6a page 294 and Section Review Questions 2 and 6 on page 298.
• Completed Review Sheet (for test)
• Test on Friday, December 16.

Wednesday, December 14

• Reviewed Intermolecular forces and impact on properties (boiling point and melting point)
• Reviewed Relative Strengths of Intermolecular Forces
• Corrected Questions #1-14 on Sheet “Section 7.2″
• Notes/Discussion “Dissociation Equations, Spectator Ions, and Net Ionic Equations”
• Completed/Corrected “Dissociation Equations #1-10″
• Complete Practice Problems #6a page 294 and Section Review Questions 2 and 6 on page 298.
• Review Sheet
• Test on Friday, December 16.

Tuesday, December 13

• Reviewed Intermolecular Forces, Relative Strengths of Intermolecular Forces and impact on properties (melting point and boiling point)
• Corrected questions #1-8 on sheet “Solutions and Their Concentrations Section 7.1″
• Reviewed “Factors that Affect the Rate of Dissolving and Like Dissolves Like”
• Notes/Discussion “Section 7.2 Factors that Affect the Rate of Dissolving and Solubility” (Review why a solute dissolves)
• Complete Questions #1-14 from Sheet Section 7.2

Monday, December 12

• Reviewed Intermolecular Forces (dispersion, dipole-dipole and hydrogen bonding)
• Corrected Sheets G26, G30, G31, G32 and G33.
• Handout “Relative Strengths of Intermolecular Forces” and predicting boiling point/melting point
• Complete Questions #1-8 on Sheet “Solutions and Their Concentrations Chapter 7 Section 7.1″
• Notes/Discussion “Factors that Affect the Rate of Dissolving”
• Test on Friday, December 16. (from Shape and Polarity to the end of net ionic equations)

Friday, December 9

• Polarity Assignment due today
• Reviewed Intermolecular Forces (dispersion and dipole-dipole)
• Notes/Discussion “Hydrogen Bonding”
• Complete Sheets G26, G30, G31, G32 and G33.
• Handout “Relative Strengths of Intermolecular Forces”
• Test on Friday, December 16. (from Shape and Polarity to the end of net ionic equations)

Thursday, December 8

• Notes/Discussion “Polarity of Molecules”
• Completed, and corrected, the shape diagram (including bond dipoles and partially positive and negative signs)  and indicated the polarity of each of the following: CF4, CH3Cl, NH2Br, AsH3, OCl2, C2Cl4, C2HCl3, C2Br2, C2H6.
• Polarity assignment (due tomorrow). Draw the proper shape diagram (including bond dipoles and partially positive and negative signs) for each of the following AND indicate if the molecule is polar or nonpolar: H2O, O2, H2S, CH4, CH3F, OBr2, PF3, CH2O, CH3OH, N2, C2H2, Si2H6, C2H4, C2H3F, C2H3Cl, CO2, NCl2F, HF.
• Notes/Discussion “Intermolecular forces” (dispersion and dipole-dipole)
• Complete Sheets G26 and G30

Wednesday, December 7

• Reviewed “Bonds as a Continuum and Electronegativity” (polar and nonpolar covalent bonds, bond dipole, charge separation and the bond classification system and limitations to the bond classification system)
• Reviewed shapes of molecules.
• Completed, and corrected sheet, Sheet “Bonds as a Continuum Continued” Questions #1-20.
• Notes/Discussion “Polarity of Molecules”
• Students received their mark from the test “The Quantum Mechanical Model to the end of Shape Diagrams (VSEPR)”
• Complete the shape diagram (including bond dipoles and partially positive and negative signs) for each of the following: CF4, CH3Cl, NH2Br, AsH3, OCl2, C2Cl4, C2HCl3, C2Br2, C2H6.

Tuesday, December 6

• Reviewed “Bonds as a Continuum and Electronegativity” (polar and nonpolar covalent bonds, bond dipole, charge separation and the bond classification system)
• Corrected Sheet G14 and Practice Problems #7-9 page 178
• Notes/Discussion “Limitations to the Bond Classification System”
• Complete Sheet “Bonds as a Continuum Continued” Questions #1-20.