1. After this class, I should be able to: 1) Draw Lewis Dot Structures & Identify Molecular Shapes 2) Determine Whether a Molecule is Polar or Nonpolar
Bell Ringer Question: Is PCl3 polar or nonpolar? Show your work. *Submit BELL RINGER & Pick up new bell ringer sheet *Submit NB CH 7 & Pick up new NB CH 8
Monday 2/1

2. Announcements 2. Agenda 3. Homework: Study for test Review packet done
Structures/Shapes Test TOMORROW
Bring book/something to do for tomorrow..
2. Agenda
Video: Polar VS Nonpolar molecules
Answer check: modeling lab
Work Time: Structures/Shapes Packet
3. Homework:
Study for test
Review packet done

3. After this class, I should be able to: 1) Draw Lewis Dot Structures & Identify Molecular Shapes 2) Determine Whether a Molecule is Polar or Nonpolar
Bell Ringer Question: Draw the lewis dot structure and shape for H2Se. *Take out structures/shapes review packet
Tuesday 2/2

4. Announcements 2. Agenda 3. Homework: None
Review: Structures/Shapes Packet
Structures/Shapes TEST
3. Homework:

5. After this class, I should be able to: Describe the three main types of intermolecular forces: London dispersion, dipole-dipole, and hydrogen bonding
Bell Ringer Question: Explain why Cl2 is a nonpolar molecule. *Pick up IMF Reference sheet
Wednesday 2/3

6. Announcements 3.Homework: 2. Agenda IMF Notes
Intermolecular Forces Test Next Week (experimental design assessment)
Any test makeups? See me ASAP
2. Agenda
IMF Notes
3.Homework:
Review experimental design

7. After this class, I should be able to: Describe the three main types of intermolecular forces: London dispersion, dipole-dipole, and hydrogen bonding
Bell Ringer Question: How are dipole-dipole forces and hydrogen bonding different from each other?
Thursday 2/4

8. 3. Homework: Announcements 2. Agenda Web Quest done
Intermolecular Forces Test Next Week (experimental design assessment)
Any test makeups? See me ASAP
2. Agenda
Finish IMF Notes
IMF Web Quest
3. Homework:
Web Quest done

9. After this class, I should be able to: Describe the three main types of intermolecular forces: London dispersion, dipole-dipole, and hydrogen bonding
Bell Ringer Question: In what types of molecules do you find London dispersion forces in?
**Pass back graded papers (graded tests!)
Friday 2/5

10. 3. Homework: Announcements 2. Agenda
Intermolecular Forces Test Next Week (experimental design assessment)
Any test makeups/retakes? Last chance to schedule is today!
2. Agenda
Review graded structures/shapes tests
Introduce Surface Tension Lab and begin lab design
3. Homework:
Lab design (parts TBD)