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Chapter 4_Lecture_Outline

# Chapter 4_Lecture_Outline - specified molarity 5 What...

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Chapter 4 Lecture Outline A. Reaction Stoichiometry/Limiting Reagent/Theoretical Yield/Actual Yield 2 N 2 (g) + 5 O 2 (g) 2 N 2 O 5 (g) 1. What mass of O 2 (g) is required to react exactly with a specified mass of N 2 (g)? 2. What mass of N 2 O 5 (g) is formed by complete reaction of a specified mass of N 2 (g)? 3. Given a specified yield of N 2 O 5 (g), calculate the actual percent yield of the reaction. 4. When a specified mixture of N 2 (g) and O 2 (g) are reacted, determine which compound is the limiting reagent and the maximum mass of N 2 O 5 (g) formed by complete reaction. B. Molarity and Solution Stoichiometry 1. When a specified mass of MgCl 2 is dissolved in water to give a specified volume of solution, what is the molarity of that solution? 2. What is the molarity of chloride ion in that same solution? 3. What volume of that solution would contain a specified mass of MgCl 2 ? 4. What volume of that solution is required to give a specified volume having a
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Unformatted text preview: specified molarity? 5. What volume of that solution is required to react completely with another solution of known volume and molarity according to a specified reaction? C. Solubility in Water [Learn solubility rules provided in Table 4.1 ] 1. Ionic solutes with complete dissolution 2. Molecular solutes with complete dissolution 3. Molecular solutes that completely dissociate into solvated ions 4. Molecular solutes that partially dissociate into solvated ions D. Precipitation Reactions (“molecular equation,” complete ionic equation, net ionic equation) E. Acid-Base Reactions [Learn common acids and bases provided in Table 4.2] 1. Definition of Arrhenius acids and bases and polyprotic acids 2. Neutralization by titration F. Gas-Evolution reactions G. Oxidation-Reduction Reactions (definition and examples)...
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