1. February 26, 2018
Mole Maze
Stoichiometry
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

2. Do Now (4 min)
February 26, 2018
Learning target: I can work in pairs to practice stoichiometry problems through a calculation maze
Do Now: (Answer on your Do Now Sheet)
Which articles did you read? What was one thing that stood out to you? BE PREPARED TO SHARE.
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

3. Announcement Final Exam – Thursday and Friday
February 26, 2018
Final Exam – Thursday and Friday
Stoichiometry exam – we will have test corrections
Please turn in:
mid-winter assignment
All other work
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

4. Articles
February 26, 2018
Let’s share out! What’s one thing that stood out to you from your readings?
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

5. Quick Connections
February 26, 2018
Example: N2(g) + 3H2(g)  2NH3(g) How many grams of NH3 were produced when 28 g of N2 and 6 grams of H2 were reacted?
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

6. Stoichiometry Maze In PAIRS: Start at Clue 1
February 26, 2018
In PAIRS:
Start at Clue 1
Answer the question and follow the clues all the way until the end. Show your work and answers on your worksheet
Clues are around the room and in the hall IN FRONT OF ROOM
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

7. Summary
February 26, 2018
You final is on Thursday and Friday It is 90% based upon stoichiometry. For homework: - Write out a list of topics and equations that we have covered in stoichiometry
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze

8. February 26, 2018
Exit ticket (3 min)
EXIT TICKET:
How many grams of O2 will be needed to produce 36 grams of H2O in 2H2(g) + O2(g)  2H2O(g) ?
Learning Target: I can work in pairs to practice stoichiometry problems through a calculation maze