1. 2.25.15 Pick up turned back papers. Pick up sock and board.
Do Now (pg33)
What type of reaction uses the activity series when predicting products
Balance the following reaction
Cu2O + C  Cu + CO2

2. Find HW on google classroom
Homework 2-25
Find HW on google classroom

3. IMPORTANT DATES
Tuesday 2/24 – Tutoring 2:30-3:30 Wednesday 2/25 – Mole Quiz Chemical Reaction Retest Thursday 2/26 – Tutoring 2:30-3:30 Friday 2/27 – Lab/ Quiz

4. Chemical Reaction ReTest Mole Conversion Review
Agenda 2-25
Do Now
Chemical Reaction ReTest
Mole Conversion Review
White boards and Mole Activity in 1st
White Boards and Foldable in 2 & 4
Mole Quiz

5. Google Classroom you MUST USE YOUR GAGGLE EMAIL ONLY !!
Go to the GOOGLE login page Use the following username and password: Username: firstinitial + last name + last four of student Password: Birthday YYMMDD Then in that google page search Google Classroom, click the first link.

6. Google Classroom you MUST USE YOUR GAGGLE EMAIL ONLY!!
If you have not joined the class join by selecting that you are a student. Then click the plus sign in the upper right hand corner to enter a code.  Codes:  1st block – klcajn 2nd block – ot0ok37 4th block – 5m3uvc

7. Chemical Reaction Retest
Write the skeleton equation for the following: Magnesium Iodide + Manganese Sulfite  Magnesium sulfite + Manganese Iodide
Balance the reaction in number 1.
Predict the products of the following: AgSO4 + Cu 
What type of reaction is #3 ?

8. Today is February 25, 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.

9. Review of Formula Mass

10. Review of 2 step

11. Review of molecules 3 step

12. Celsius to Kelvin

13. 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

14. 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

15. M.4.2.1

16. How many grams are in 1.505x10^23 molecules of NaCl ?

17. How many atoms are in 21 grams of Lithium?4
How many atoms are in 21 grams of Lithium?

18. 2
How many grams are in x 10^24 atoms of water ?

19. 1
How many molecules are in 66 grams of Aluminum Chloride ? (remember to find the charges and criss cross when writing formula!)

20. quiz