1. What are you curious about?

2. Activity (Flame Tests)

- Share slides with "ramsey.musallam@sonomaacademy.org"

3. Notes (S1. Atomic Structure)

4. Activity (Spectroscope)

5. Make a hypothesis.

6. Activity (Subatomic Particles)

8. Quiz (S1, S2)

1. What are you curious about?

2. Activity (Radioactive Half-Life )

4. Chernobyl Video

5. Activity (Relative Abundance) - randomized grouping.

Develop an equation that a hypothetical student, taking 4 classes, could use to calculate their GPA. Share here.

6. Notes (S4. Relative Abundance)

7. Quiz (S3, S4)

1. Quiz Prep
   1. Kahoot Review
   2. 2 minute SPEED share.
   3. AP Chemistry Problem
   4. Quiz

1. What thoughts come to mind?

2. Activity (Epsom Salt)

3. Notes (S5. Molar Mass)

modified demo

4. Activity (Epsom Salt Again)

• Epsom salt ratio reveal after individual group ratio share.

9/19 Sub Lesson

5. Activity (Silver Oxide Formula)

• Review sub lesson. Click here and here.

6. Quiz (S5)

1. Review Game
2. 5 minute team review (while Ramsey circles)
3. Quiz
4. Study hall (not in 220)

1. What are you curious about?

2. Notes (S6. Electron Configurations)

1. Electron Configuration "BTSN" grouping (H group, etc.)
2. Electron Configuration call and response.
3. Electron Configuration notes.

3. Activity (BattleShip)

1. HW check.
2. Battleship
3. Nobel Gas shortcuts

4. Electron Configuration Hoops

5. What are your curious about?

• e) Mean Girls practice.

6. Activity (PES)

7. Notes (S7. PES)

1. Practice problems to Ne.
2. Cl and P on same large whiteboard w/different colors (randomized grouping)
   1. PES diagrams
   2. Verbal explanation.

8. Quiz (S6, S7)

1. Whiteboard volunteers: H/He, N-3/Na+, Ca+2/S-2, H+1
2. Complete/Check Practice Problems.
3. Quick Kahoot and play (15 minutes)
4. Quiz Warm Up (randomized groups)
   1. Using what you know about PES, clearly explain the shape of the below graph.

1. What are you curious about?

2. Activity (Conductivity)

4. Activity (Mystery Ionic Compounds)

3. Notes (S8-S10)

1. Mystery solution demo
2. Naming race (tunnel into Roman Numerals)
3. S9 roman numerals.
4. S10 notes and practice.
   • Polyatomic ion table.

5. Activity (Ionic Confirmation)

1. Ionic whiteboard session (10 compounds)
2. Activity (Ionic Confirmation) - randomized teams for lab practical simulation.

6. Quiz (S8, S9, S10)

1. Challenge: Model the formation of an Ionic Bond:
   • Film Canister = atoms
   • Large Magnets (silver and black) = protons
   • Small silver magnet = electron
2. Quick Mistake game (1-8 randomized. use back side of handout to track)
3. S8-S10 review game (1-6 randomized)
4. 20 minute review.
5. Quiz.

1. What are you curious about? (randomized groups)

2. Demo (Nitrogen Triiodide)

1. NH3 vs. NI3? Why (randomized)
2. Balloon Demo

3. Notes (S11, S12)

1. Whiteboard HW.
2. Polyatomic Notes/Practice.
3. Quick Whiteboard Review (randomized groups).
   • Random verbally called out problems.

4. What are you curious about?

5. Quiz (S11, S12)

1. HW review on board
2. Relay Race.
3. Tutorial Videos (randomized pairs)
   • Your video must follow the below format:
     1. Shows Lewis Structure being solved live.
     2. All members voices are heard.
     3. All members handwriting shown.
     4. Different colors used.
     5. Covalent bond formula explained.
     6. Lewis structure explained.
     7. Few common mistakes discussed.
     8. Share here.
   1. Formula written at top.
   2. Determine covalent bonds
4. Quiz

1. What are you curious about?

2. Activity (NaCl & H2O) - no slides

1. Pre Activity Notes
2. Dry Ice cont. (on loop as walk in).
3. Activity (NaCl & H2O)
4. Answer & Hypothesis (words & diagram) - 10 min whiteboard.

3. Notes (S15-S17)

1. IMF Interpretative Dance.
   1. Pick a partner
   2. Agree on the IMF acting between you.
   3. Model the state of matter.
   4. Wait for signal to "switch"
2. HW Review (volunteers)
   • See Whiteboard Board
3. Pepper/Soap Demo
   • Explain WHY using what you know about IMFs. (hint: soap makes water "slippery")

4. Activity (Coke vs. Diet Coke) - no slides.

1. Warm Up: HBr, HCl, and CO2 (one whiteboards on table)
2. Flash Cards (randomized groups 1-8)
3. Coke vs. Diet Coke (see keynote slides)

5. Quiz (S15-S17)

1. Diaper bag demo.
2. Quiz.

1. Ideal Gas Law Theory (S20)

• Gases want to E X P A N D to fill the volume of the container they are in. Keeping this in mind, list all of the structural, and environmental characteristics that would maximize a gases ability to E X P A N D. Click here to share.

2. Ideal Gas Law Equation (S21)

1. Demos and Clips
   • Clips
     1. Total Recall (click here and here)
     2. The Abyss
     3. Vacuum Coffee
     4. Felix B
     5. Futurama
2. Ideal Gas Law Equation
3. Practice
   1. PV=nRT (as walk in)
   2. Demo: Blowing Gum Bubbles.
      1. Model a graph with our finger describing the variables changing and constant.
      2. Discuss a method for determining the number of moles of gas you blew to create the bubble.
   3. Complete practice (check when done).
   4. Group Quiz (random 2s & 3s)
   5. Group Quiz Presentations
   6. Below video (on repeat as walk in)

1. Chemical Reaction vs. Physical Process

1. Ramsey's Hair?
2. Random Student's Shirt?
3. Boiling Water/Electrolysis of Water (what side is hydrogen and what side is oxygen? Two reasons?)

2. Notes

1. Video (as walk in).
2. Review (fast rusting) __Fe + __O2 -> __Fe2O3
3. HW questions?
4. Demos:
   1. Whoosh bottle.
   2. Hydrogen Balloon (IMF, then reaction)
   3. Pringles Can (IMF, then reaction)
   4. Elephant Poop
5. Notes: Stoichiometry
   1. Examples
   2. Practice 1 and 2
6. Final Process and Practice final
7. Review
8. Demo: H2 balloons
   • What is stoichiometry? How does this demo relate?
9. Demo: Carbide Cannon and Methane balloon
   • How does this relate to the concept limiting and excess reactants?
10. I do: Practice 3.
11. We do: Practice 5
12. You do: Practice 6
13. HW: Practice 7-10
14. Demo: Baking Soda/Vinegar Candle. Baking Soda/Vinegar LR and ER
15. Practice Problem (8 Randomized groups)
    1. Solve on two whiteboards
    2. Trade and grade.
    3. Ramsey review.
16. Demo: Alka-Seltzer/Water
    • Can you create a perfect mixture? No limiting or excess reactant?
17. Complete all practice problems.
18. Final Exam (Part I: Activity)
    • Procedures & Observations, #3
19. Practice Quiz #3 (says #4)
20. Practice Final #1 together (*)
21. Sample final question on board (randomized groups) - 15 minutes.
22. Demo: Bottle filling and safety.
23. Final Exam (Part I: Activity): Launch!
24. Final Exam (Part I: Activity): 4,5, Analysis (if time)