100 10450
120 Chemistry I (HON) 519
130 Unit 4 Reactions in Aqueous Solution
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150 11-12
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300 1.  How do the properties of solutions differ from those of pure substances?
300 2.  What are some effective methods of expressing concentration of solutions?
300 3.  Why are net ionic equations the best way of indicating a reaction?
300 4.  How can titration data be used to determine unknown concentrations and molar masses ?
300 5.  What determines whether an acid or base is strong or weak?
300 6.  How do weak acids and bases differ from strong acids and bases?
300 7.  How do the processes of oxidation and reduction occur and what are they responsibles for in the world around us?
300 8.  How can oxidation, reduction reactions be balanced so that the number of electrons lost equals the number gained?
400 solute concentrations and molarity calculations
400 electrolytes
400 precipitation equations
400 solubility guidelines
400 net ionic equations
400 solution stoichiometry
400 naming acids
400 identifying strong and weak acids and bases
400 titrations
400 redox chemistry and terminology
400 balancing redox equations
500 Students will develop the ability to:
500 1.  Calculate molarity of a solution given mass of solute and volume.
500 2.  Solve any problem involving molarity including dilution problems
500 3.  Classify various substances as strong, weak or nonelectrolytes
500 4.  Write and balance dissociation equations for all electrolytes
500 5.  Determine the solubility of ionic compounds using solubility guideline
500 6.  Use solubility guideline to determine the reactants needed to produce a specific product in an precipitation reaction
500 7.  Write net ionic equations to describe reactions
500 8.  Apply stoichiometry to solution reactions
500 9.  Correctly and safely complete titrations in the lab
500 10.  Analyze titration data to determine the unknown concentration of a solution or the molar mass of an unknown
500 11.  Correctly name acids
500 12.  Categorize an acid or base as strong or weak and write balanced equations describing the behavior of weak acids and bases in water
500 13.  Use redox terminology correctly and be able to identify oxidizing and reducing agents
500 14.  Assign oxidations numbers to every atom in a redox reaction
500 15.  Balance redox reactions using half reactions under neutral, acidic, and basic conditions
600 Demo:  electrical conductivity apparatus with weak, strong and nonelectrolytes
600 Demo: making a molar solution
600 Calculations involving molarity problems
600 Peer tutoring--molarity problems
600 Use of dissociations equations to determine molarity of ions in solutions
600 Practice writing exchange reactions and net ionic equations
600 Practice identifying the precipitate in exchange reactions using solubility guidelines
600 Coop groups--peer edit prelab assignment for % hypochlorite in a bleach
600 Lab activity to determine the percent hypochlorite in a commercial bleach through a titration (equivalent to UCONN lab #5)
600 Practice naming and categorizing acids and bases
600 Demo:  Litmus paper, and pH paper with discussion of acid, base properties
600 Practice writing equations to describe reactins of weak acids with strong bases and weak bases with strong acids
600 Coop groups--peer edit Advanced study assignment for UCONN lab #6 (the molar mass of an unknown acid) done the previous night for homework
600 Perform a titration with a unknown acid safely in the lab and use the data obtained in this titration to determine the molar mass of an unknown solid acid  UCONN lab #6
600 Identify reducing and oxidizing agents
600 Practice assigning oxidation numbers
600 Perform balancing redox reactions using half reactions under neutral, acidic, and basic conditions
600 Coop. groups--peer edit advanced study assignment for molar mass of an unknown acid lab
600 Lab activity involving the standardization of a sodium hydroxide solution and the determination of the molar mass of an unknown weak acid through a titration
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700 Advanced study assignment for labs 
700 Ability to analyze and interpret data
700 Lab reports including class averages and standard deviation, % error and an error analysis
700 Problem quizzes involving end of chapter problems
700 Tests--problems, essays, short answer and a few multiple choice questions (lab calculations will be covered on the tests)
820 Chemistry the Central Science by Brown, et al
820 Laboratory Experiments for Advanced Placement Chemistry by Vonderbrink available from Flinn Scientific