1. Grams to Moles of Atoms Stoichiometry February 1, 2018
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

2. Do Now (4 min)
February 1, 2018
Learning target: I can Calculate and understand the relationship between Atomic mass and moles through the periodic table
Do Now: (Answer on your Do Now Sheet)
According to the periodic table, what is the mass of Uranium?
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

3. Announcement Between now and February 15 (Thurs): 2 pop quizzes
Stoichiometry exam: Thursday, February 15th
Lab 13: Hydrates – Tuesday, February 6th
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

4. Video: Intro to Moles Take notes Watch, listen, and pay attention
February 1, 2018
Video: Intro to Moles
Watch, listen, and pay attention
Take notes
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

5. February 1, 2018
Part A: Atomic Mass
Atomic Mass: The mass (in grams) of 1 mole of an element from the periodic table. (Same as mass on periodic table) Units: grams per mol = g/mol
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

6. End Part A: Atomic Mass 1 minute: Solve questions 1 – 4 Na: Cu: Ne:
February 1, 2018
Part A: Atomic Mass
1 minute: Solve questions 1 – 4
Na:
Cu:
Ne:
Fr:
1 minute
End
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

7. February 1, 2018
Part B: molecular Mass
Molecular Mass: The mass (in grams) of 1 mole of a compound found by adding up the atomic masses of the elements in the compound Units: grams per mol = g/mol
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

8. End Part B: Molecular Mass 2 minutes: Solve questions 1 – 4 F2: H2:
February 1, 2018
Part B: Molecular Mass
2 minutes: Solve questions 1 – 4
F2:
H2:
N2:
O2:
2 minutes
End
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

9. Part B: molecular Mass Subscript: February 1, 2018
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

10. Part B: Molecular Mass 10 minutes: Solve questions 1 – 4 NaOH:
February 1, 2018
Part B: Molecular Mass
10 minutes: Solve questions 1 – 4
NaOH:
H3PO4:
H2O:
Mn2Se7:
MgCl2:
(NH4)2SO4:
10 minutes
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

11. Part C: Practice! 1. How many moles are in 15 grams of lithium?
February 1, 2018
Part C: Practice!
1. How many moles are in 15 grams of lithium?
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

12. Part C: Practice! 2. How many grams are in 2.4 moles of sulfur?
February 1, 2018
Part C: Practice!
2. How many grams are in 2.4 moles of sulfur?
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

13. February 1, 2018
Part C: Practice!
IN PAIRS: Solve questions 3 – 8. Show your work! If you finish early, check your work with another group Then begin Part D (HW)
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table

14. February 1, 2018
Exit ticket (3 min)
EXIT TICKET: complete on a separate sheet of paper: How many grams are in 2 moles of Gold?
Learning Target: I CAN Calculate and understand the relationship between Atomic mass and moles through the periodic table