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Translating Equations Practice

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Presentation on theme: "Translating Equations Practice"— Presentation transcript:

1 Translating Equations Practice

2 Evaluation/Assessment:
Objective: Today I will be able to: Balance equations to satisfy the law of conservation of matter Correctly translate equations from words to symbols Evaluation/Assessment: Informal assessment – listening to student responses as the complete the practice problems Formal assessment – analyzing student responses to the translation and balancing practice problems and the exit ticket Common Core Connection Build Strong Content Knowledge Make sense of problem and persevere in solving them  Model with mathematics Use appropriate tools strategically Look for and express regularity in repeated reasoning

3 Lesson Sequence Evaluate: Warm – Up Explain: Balancing Equation Notes
Elaborate: Balancing Equation Practice Elaborate: Translating Equations Evaluate: Exit Ticket

4 Warm – Up Translate the following word equations:
Ammonia reacts with hydrogen chloride to form ammonium chloride. Calcium Carbonate decomposes to form calcium oxide and carbon dioxide. What are the 7 diatomic elements?

5 Objectives Today I will be able to:
Balance equations to satisfy the law of conservation of matter Correctly translate equations from words to symbols

6 Homework Finish Translating Equations Practice

7 Agenda Warm – Up Balancing Equation Notes Balancing Equation Practice
Translating Equations Practice Exit Ticket

8 Balancing Chemical Equations Notes

9 Think back! What is the Law of Conservation of Matter?
Matter can not be created or destroyed, it can be transformed from one form to another.

10 Why is this important for chemical equations?
Same number of each element on the reactant side as the product side Balanced

11 Ms. Ose’s Tips for Balancing Equations
Must satisfy the law of conservation of matter Only use whole number coefficients All atoms should be present on both the reactant and product side of the equation Check to see if the equation is already balanced Coefficients go in front of the substance and multiply all subscripts

12 Ms. Ose’s tips for balancing equations continued
One (1) is understood and does not have to be written as a coefficient All coefficients should be reduced to lowest terms Balance most complex species first and then move to single atoms Double check your work!

13 BaS + NaCl  Na2S + BaCl2 Example 1

14 BaS + 2 NaCl  Na2S + BaCl2 Answer

15 P + O2  P2O5 Example 2

16 4P + 5O2  2P2O5 Answer

17 Na2O2 + H2O  NaOH+ O2 Example 3 You Try!

18 2Na2O2 + 2H2O  4NaOH+ O2 Answer

19 Balancing Chemical Equations Practice
Work on the worksheet at your desk. We will review select responses as a class

20 Translating Chemical Equations Practice
Complete the practice at your desk. It will be collected and graded for accuracy. Whatever you do not finish will become your homework.

21 Exit Ticket Translate and balance the following equation:
Zinc reacts with copper(II) nitrate to form zinc nitrate and copper.


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