1. 2.9.15 Pick up turned back papers. Pick up sock and marker.
Get a Calculator if you do not have one
Do Now (page 27)
Write the chemical reaction, predict products and balance :
Nickel + Magnesium Chloride 

2. HW Check 9.11
Write the following skeleton reaction : iron + fluorine  iron(III)fluoride
Balance the above reaction
Predict the products : calcium + copper(II)bromide 
What type of reaction is #3 ?

3. Today is February 9, 2015 Topic: The Mole Lesson Objectives: SWBAT
2.2.4 Analyze Stoichiometric relatioships inherent in a chemical reaction
2.2.5 Analyze quantitatively the composition of a substance (empirical formula, molecular formula, percent composition, and hydrates)
Essential Question: 2.2 Analyze chemical reactions in terms of quantities, product formation, and energy.

4. Homework 2-9
Book work (pg ) #76 (a,b) #92 ( c,d) #96 page 28 in NB #98 (a,c) #100 (a,b) #101 (a, b) #107

5. IMPORTANT DATES
Monday 2/9 Chemical Reaction Quiz Tuesday 2/10 Tutoring 2:30-3:30 Wednesday 2/11 - HOMEROOM Thursday 2/12 Tutoring 2:30-3:30 Thursday 2/12 Chemical Rxn Test Friday 2/13 – NO SCHOOL

6. Agenda 2-9 Do Now HW Check Chemical Reactions review Quiz
Mole Pogil review
Mole Notes
Mole Foldable

7. Quiz Pencil Cell phones away 10 minutes Sheilds up
Reference table provided

8. The Mole POGIL Work in groups of four Ambassadors Gatherer Recorder
Reporter
Parts 1 and 2
Pg 25

9. The Mole 1 dozen = 12 1 gross = 144 1 ream = 500 1 mole = 6.02 x 1023
There are exactly 12 grams of carbon-12 in one mole of carbon-12.
Pg 29

10. I didn’t discover it. Its just named after me!
Avogadro’s Number
6.02 x 1023 is called “Avogadro’s Number” in honor of the Italian chemist Amadeo Avogadro ( ).
I didn’t discover it. Its just named after me!
Amadeo Avogadro
Pg 29

11. How to Find Mass on the Periodic Table
Atomic Number
Atomic Mass /
Mass Number
The number of grams in one mole of each element

12. Calculating Formula Mass
Calculate the formula mass of carbon dioxide, CO2.
Use
Mass Number!!
12.01 g + 2(16.00 g) =
44.01 g
 One mole of CO2 (6.02 x 1023 molecules) has a mass of grams
Pg 29

13. Mole Relationships Liters Mole Grams Atoms or molecules Pg 29
22.4 L
6.02 x 1023
22. 4 L
Mole
Mole Relationships
Atomic
Mass
Grams
Pg 29

14. Practice! Mg NaCl Nitrogen Ammonium Nitrate Calcium Fluoride
Dicarbon tetrachloride
Iron (IV) oxide

15. The Mole POGIL Work in groups of four Ambassadors Gatherer Recorder
Reporter
Parts 3
Pg 25

16. M.4.2.1 Foldable Converting Moles to Grams Converting Grams to Moles
Using Avogadro’s Number (1)
Using Avogadro’s Number (2)

17. Tuesday 

18. Calculations with Moles: Converting moles to grams
How many grams of lithium are in 3.50 moles of lithium?
3.50 mol Li
6.94 g Li
= g Li
24.3
1 mol Li

19. Calculations with Moles: Converting grams to moles
How many moles of lithium are in 18.2 grams of lithium?
18.2 g Li
1 mol Li
= mol Li
2.62
6.94 g Li

20. Calculations with Moles: Using Avogadro’s Number
How many atoms of lithium are in 3.50 moles of lithium?
3.50 mol
6.02 x 1023 atoms
= atoms
2.07 x 1024
1 mol

21. Calculations with Moles: Using Avogadro’s Number
How many atoms of lithium are in 18.2 g of
lithium?
18.2 g Li
1 mol Li
6.022 x 1023 atoms Li
6.94 g Li
1 mol Li
(18.2)(6.022 x 1023)/6.94
= atoms Li
1.58 x 1024

22. The Mole POGIL Work in groups of four Reader Manager Recorder
Technician / Reporter
Parts 3 and 4