100 10444
120 Chemistry I (ACP) 521
130 Unit 8  Chemical Equations
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150 11-12
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300 What shorthand can be used to represent the reactions which occur in the lab?
300 Do chemical reactions fall into categories?
300 Given the amount of one chemical to be used in a reaction, can the amounts of the other chemicals involved be calcuated?
300 Can one reactant limit the amount of product?
400 Skeleton equations and the symbols used
400 Balancing skeleton equations
400 Writing and balancing equations from words
400 Classifying chemical equations
400 Using the activity series or periodic chart to predict single displacement reactions
400 Using precipitation to predict double displacement reactions
400 Stoichiometry
400 Limiting reagents
400 Theoretical yield, actual yield, and percent yield
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500 Students will develop the ability to:
500 Balance skeleton equations
500 Write and balance equations from words
500 Classify reactions
500 Use lab data to determine the type of reaction which occurred
500 Use the activity series and periodic chart to predict single displacement reactions
500 Use precipitation to predict double displacement reactions
500 Use stoichiometry to determine chemical quantities in chemical reactions
500 Determine the limiting reagent in a reaction
500 Determine the theoretical yield using the limiting reagent
500 Calculate the percent yield for a reaction using lab data
500 
600 Practice balancing skeleton equations and writing and balancing equations from words
600 Practice classifying reactions
600 Prelab #12
600 Observation of reactants and products for 7 reactions in the lab and analysis of these to classify the reaction as to type
600 Use of the activity series and the periodic chart to determine the result of single replacement reactions
600 Determine whether a double displacement reaction will occur using precipitation rules and neutralization reactions
600 Practice solving stoichiometric problems
600 Coop groups--peer tutor stoichiometric problems
600 Determine the limiting reagent in a stoiciometric problem
600 Using the limiting reagent to solve for theoretical yield
600 Calculating percent yield
600 Demo:  Electrolysis and synthesis of water
600 Demo:  Combustion reactions 1 liter and whoosh bottle
600 Demo:  Reaction of Zn and HCl  students will calculate the theoretical volume of hydrogen gas which should be produced, the reaction will be done and the hydrogen balloon ignited
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700 Problem quizzes
700 Prelab assignment
700 Lab report
700 Chapter review sheets
700 Tests
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700 Assessment is based on a total point system.  Lab reports range between 50 and 100 points.  Quizzes range between 10 and 25 points.  Tests range between 100 and 200 points.  Homework ranges between 5 and 15 points.  Performance based grading ranges between 5 and 20 points.