1st Edition
CHEM 1120: Principles of Chemistry II
School: University of Iowa (UI )
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Pages: 3Study guide covering chapters 16 and 17 for Exam 2. Acids, Bases, and Equilibria -
Pages: 2End of chapter 23, beginning of chapter 19. -
Pages: 2Information covering the effects of the electronic configuration in the d-orbital on color. -
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Pages: 4Information covering groups 4A, 5A, and 6A in the periodic table. -
Pages: 4Information covering groups 7A and 6A in the periodic table. -
Pages: 4Information covering the classes of elements, nonmetals, Group 1A - Hydrogen, and Group 8A - The Noble Gases -
Pages: 2Finishing up information over titrations, covers info on solubility equilibria, factors affecting solubility, and the precipitation of ions. -
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Pages: 3Finishing up buffers and beginning information on acid-base titrations. -
Pages: 3Lecture finishes up chapter 16 on Acids and Bases and begins chapter 17 by discussing buffered solutions. -
Pages: 3Information on equilibrium calculations, weak bases, the relationship between Ka and Kb, and salts. -
Pages: 11Study guide for Chapters 13, 14, and 21 covering solutions, reaction rates, and radioactivity. -
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Pages: 3Finishing up Chapter 21 with information on radiation units and doses. Begin chapter 16 (acids and bases). Define different views of acids and bases. -
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Pages: 3Information on patterns of nuclear stability, nuclear transmutations, and rates of radioactive decay. -
Pages: 3Information about catalysis, an intro to chapter 21: Nuclear chemistry, and information on radioactivity. -
Pages: 2An explanation of how we know the Arrhenius equation is true. Also discusses reaction mechanisms and elementary steps. -
Pages: 2Measuring the half-life for a reaction and the effect of temperature on rate. -
Pages: 2How to calculate the rate order and how to determine if a equation is first-order or second-order. -
Pages: 3Introduction to reaction rates. Gives equations to measure reaction rates and what effects how fast a reaction occurs.