CHEM 1120: Principles of Chemistry II
School: University of Iowa (UI )
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From: GradeBuddy Pages: 3Lecture 8 Notes Include: a few examples from throughout chapter 14; equations necessary for chapter 14 -
From: GradeBuddy Pages: 9Lecture 7 Notes Include: Information on Collisions; information on the Arrhenius equation and an example; information on reaction mechanisms and examples; information on intermediates in reaction mechanisms; notes on rate determining step and an example; information about catalysts and enzymes -
From: GradeBuddy Pages: 6Discuss half-lives, Collision Model Theory, and Arrhenius' Equation. -
From: GradeBuddy Pages: 3Discuss concentration in relation to time along with 1st, 2nd, and 0th order reactions. -
From: GradeBuddy Pages: 8Lecture 6 Notes Include: how to derive the rate law of a certain reaction; a quick review of logarithms; al the information on reaction orders (zero, first, second); all the information on half life (zero, first, second) -
From: GradeBuddy Pages: 7Lecture 5 Notes Include: reaction rates and concentration examples; average rate vs instantaneous rate and examples; reaction order units of rate constants and examples -
From: GradeBuddy Pages: 3Lecture 4 notes include: a discussion of the van't Hoff Factor; a discussion of colloids, the differences between solutions suspensions and colloids; hydrophobic vs hydrophilic colloids -
From: GradeBuddy Pages: 4Lecture 3 Notes Include: focus on certain colligative properties; freezing point depression; boiling point elevation; osmosis; descriptive take on osmotic pressure; problems for each property -
From: GradeBuddy Pages: 5Lecture notes on the beginning of chapter 14, Chemical Kinetics. -
From: GradeBuddy Pages: 5Lecture 2 Notes Include: review of entropy; solubility equation and descriptions; concentration equations and examples; beginning of colligative properties discussion and vapor pressure lowering problem -
From: GradeBuddy Pages: 4Lecture 1 notes: Includes review of intermolecular forces; Chapter 13 solution terms; introduction to how solutions are formed and dissolved; solubility