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Workbook/Note-Guide to accompany Videos - Chemistry Professor PDF

286 Pages·2010·2.05 MB·English
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Workbook/Note-Guide to accompany Videos Second Edition Sandra Y. Etheridge, Ph.D Workbook/Note-Guide to accompany Fundamentals of Chemistry Videos Second Edition Sandra Y. Etheridge, Ph.D. Information on these discs utilized with permission of Gulf Coast Community College. The college does not provide support for this version of the software, and all questions and concerns must be directed to Chemistry Professor. ©2008 All rights reserved All rights reserved. No part of this workbook/note-guide may be reproduced in any form without permission in writing from Chemistry Professor. Chemistry Professor is a trademark of Sandra Y. Etheridge, Chemistry Education, LLC © 2008, Chemistry Professor Youngstown, Florida, 32466 ii Introduction Fundamentals of Chemistry is a course that covers the topics addressed in most high school chemistry courses or college introductory chemistry courses. Many programs of study at the college level require a good high school course or introductory course before entering college chemistry as a way of giving students a good background for future study. Thus, the topics addressed in this introductory course are designed to prepare students who may need to take college chemistry at some point in their education. The videos used for this course were made in the studios at Gulf Coast Community College by Dr. Sandra Etheridge and were originally designed to meet the needs of students taking chemistry by distance education, students who did not have the opportunity to sit in lectures. The DVDs are copies of those distance education videos and are made available courtesy of Gulf Coast Community College. The workbook/noteguide written by Dr. Etheridge is designed to facilitate organized and complete note-taking to be used for this study. The workbook matches the videos exactly since Dr. Etheridge wrote both the course and the workbook/note guide. If a mistake is made on the video, the error and correction are pointed out in the noteguide. Further, tables and charts needed at certain points in the lecture are provided at those points in the noteguide. Notations of appropriate points at which to pause the video for problem solving appear in the noteguide, and utilizing those pauses as suggested greatly facilitates learning. For those reasons it has been found that students benefit significantly from properly using the noteguide. It is such an effective aid that students enrolling in the lecture course at the college frequently purchase the noteguide to assist their note taking and learning. It is suggested that individuals viewing these videos have had either a high school or college course in algebra. Although it is possible to deal with the material without the algebra background, not having an algebra background makes problem solving significantly more difficult for the student. It is also suggested that students have access to a good chemistry textbook since that reference could be used to answer questions that might arise, as well as provide additional problems for practice and a variety of reference tables to aid in solving problems. This video course may be used with virtually any textbook being used and it is important that the student have a textbook for this course. If someone is using the videos and note- guide for review or prep purposes and plans to acquire a textbook, any high school level, or introductory college level textbook should be fine. The high school textbook should be a two semester text and be published no earlier than 2000 since terminology tends to change with passing time. If the textbook has a study guide published by the same company that published the text, that study guide could be quite helpful in that it may provide additional information, iii sample test questions, and suggestions for additional reading. However, many students progress well without having that accompanying study guide. This workbook/noteguide will provide a detailed fit for the video being watched. The problems and questions will appear in this workbook, just as they appear on the video and ample room is left for work and appropriate notes. This document guides the taking of notes, working of problems, and answering questions posed on the videos. Further, it provides the supplementary materials to match materials utilized in the videotapes/DVD’s, such as a table of oxidation numbers, activity series, etc. There may be certain information a student will need to study or prepare prior to beginning related sections of the course. The workbook/noteguide will provide direction to those items of information or direct preparative study, and more importantly will provide a guide for note-taking. All introductory chemistry courses are not organized in the same manner. The American Chemical Society provided recommended content information to members regarding these courses, but did not specify the order in which topics were to be addressed. Although Professor Etheridge has included the topics she felt most critical to her students in their introduction to chemistry, she does not guarantee that her choice of topics will be the same as those of an instructor directing chemistry study at the institution being attended by the viewer. Students who plan to take advanced placement chemistry find this course provides significant assistance in preparation for that advanced course, just as it would aid in providing background for students in any first-year college chemistry course. Having some solid foundation in the chemistry terminology, as well as experience with chemistry problem solving is a decided benefit for advanced placement chemistry. iv Table of Contents Unit Page 1. Introduction 1 (Lesson 1) Points of Inquiry 1 What you will need for the course 2 The Calculator 2 Using the Textbook 3 2. The Tools We Need 5 (Lessons 2 – 4) Points of Inquiry 5 Scientific Notation 6 Measurements 7 The Metric System 8 Problem Solving 9 Significant Figures 10 Rounding Off 11 Density and Specific Gravity 12 Temperature and Heat 14 Exercises 16 Quick Quiz 17 3. A First Look at Matter 19 (Lesson 5) Points of Inquiry 19 Matter and the States of Matter 20 Properties and Changes 21 Elements and Compounds 22 Substances and Mixtures 22 Exercises 25 Quick Quiz 27 v 4. The Stuff of Matter 29 (Lessons 6 – 8) Points of Inquiry 29 Elements 30 Beginnings of Atomic Theory 31 Atomic Structure – 3 Great Minds 31 Atoms and Isotopes 33 The Periodic Table 35 Ions and How They Form 38 Ionic Compounds 39 Exercises 41 Quick Quiz 45 5. Nomenclature 47 (Lessons 9-10) Points of Inquiry 47 Introduction 48 Binary – 2 Non-metals 49 Binary – Metal & Non-metal 50 Binary – Acids 53 Ternary – Acids 54 Ternary – Metal & Radical 56 Miscellaneous 57 Common Names 57 Exercises 58 Quick Quiz 61 6. Introduction to Reactions 63 (Lesson 11) Points of Inquiry 63 Introduction 64 Characteristics of Reactions 64 Information from Equations 65 Balancing Chemical Equations 66 Exercises 68. Quick Quiz 71 vi 7. Reactions in Solution 73 (Lessons 12 - 14) Points of Inquiry 73 The Chemistry of Dissolving 74 Net and Total Ionic Equations 78 Acids and Bases 79 Metathetical Reactions 79 Single Replacement Reactions 80 Exercises 82 Quick Quiz 85 8. Other Types of Reactions 87 (Lesson 15) Points of Inquiry 87 Simple Combination Reactions 88 Combustion 89 Decomposition 89 Oxidation-Reduction Reactions 90 Exercises 92 Reaction Review/Exercises 93 Quick Quiz 95 9. The Mole and Chemical Formulas 97 (Lessons 16 – 18) Points of Inquiry 97 Relative Weights 98 The Mole 100 Percent Composition 104 Empirical Formulas 105 Molecular Formulas 107 Exercises 108 Quick Quiz 111 vii 10. Calculations from Chemical Equations 113 (Lessons 19-20) Points of Inquiry 113 Introduction 114 Calculations from Equations 115 Limiting Reagents 118 Percent Yields 119 Exercises 121 Quick Quiz 123 11. Energy in Reactions 125 (Lessons 21-22) Points of Inquiry 125 Definitions 126 Classifying Energy 127 Exothermic and Endothermic Processes 127 Hess’s Law 128 Specific Heat Capacity 128 Biofuels 131 Exercises 132 Quick Quiz 133 12. Atomic Theory 135 (Lessons 23-28) Points of Inquiry 135 The Electromagnetic Spectrum 136 A History Lesson 138 The Bohr Model 138 The Wave Mechanical Model 139 Electron Configurations 140 The Periodic Table (again) 146 Ionization energy 148 Size of Atoms 149 Electron Affinity 150 Electronegativity 151 Isoelectronic Series 152 Electron Configuration of Ions 153 Exercises 154 Quick Quiz 157 viii 13. Bonding 159 (Lessons 29 – 31) Points of Inquiry 159 Ionic Bonds 160 Properties of Ionic Compounds 162 Covalent Bonds 162 Molecular Geometry 163 Lewis Dot Structures 165 Polar Molecules 168 Exercises 170 Quick Quiz 173 14. Gases and the Gas Laws 175 (Lessons 32 – 35) Points of Inquiry 175 Kinetic Molecular Theory 176 Boyle’s Law 177 Charles Law 179 General Gas Law 181 Dalton’s Law 183 The Ideal Gas Law 185 Calculations from Equations 186 Exercises 188 Quick Quiz 191 15. Solids and Liquids 193 (Lessons 36 – 37) Points of Inquiry 193 The Properties of Water 194 Changes of State 195 Forces of Attraction 197 Bonding in Solids 200 Bonding in Metals 201 Exercises 202 Quick Quiz 205 ix

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63. (Lesson 11). Points of Inquiry. 63. Introduction. 64. Characteristics of Reactions. 64. Information from Equations. 65. Balancing Chemical Equations. 66.
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