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Chemistry for Engineering Students 5th edition

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Lawrence S. Brown and Thomas Holme
Publisher: Cengage Learning

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  • Brown Chemistry for Engineering Students 5e

Access is contingent on use of this textbook in the instructor's classroom.

  • Chapter 1: Introduction to Chemistry
    • 1: Concept Videos (2)
    • 1: Digital Workbooks (1)
    • 1: Multimedia Activities (4)
    • 1.1: Critical Materials
    • 1.2: Multiple Perspectives in Chemistry (14)
    • 1.3: Observations Models, and Systems (2)
    • 1.4: Numbers and Measurements in Chemistry (26)
    • 1.5: Problem Solving in Chemistry and Engineering (17)
    • 1.6: Touchscreen Technology
    • 1: Conceptual Problems
    • 1: Focus on Problem Solving Exercises

  • Chapter 2: Atoms and Molecules
    • 2: Concept Videos (1)
    • 2: Digital Workbooks (1)
    • 2: Multimedia Activities (4)
    • 2.1: Conducting Polymers
    • 2.2: Atomic Structure and Mass (10)
    • 2.3: Ions (7)
    • 2.4: Compounds and Chemical Bonds (6)
    • 2.5: The Periodic Table (5)
    • 2.6: Inorganic and Organic Chemistry (3)
    • 2.7: Chemical Nomenclature (14)
    • 2.8: Polyethylene
    • 2: Conceptual Problems (2)
    • 2: Focus on Problem Solving Exercises (1)
    • 2: Cumulative Problems (1)

  • Chapter 3: Molecules, Moles, and Chemical Equations
    • 3: Concept Videos (4)
    • 3: Multimedia Activities (15)
    • 3.1: Biomass and Biofuel Engineering
    • 3.2: Chemical Formulas and Equations (12)
    • 3.3: Aqueous Solutions and Net Ionic Equations (17)
    • 3.4: Interpreting Equations and the Mole (15)
    • 3.5: Calculations Using Moles and Molar Masses (29)
    • 3.6: Carbon Capture and Sequestration (1)
    • 3: Conceptual Problems (6)
    • 3: Additional Problems (11)
    • 3: Focus on Problem Solving Exercises
    • 3: Cumulative Problems (2)

  • Chapter 4: Stoichiometry
    • 4: Concept Videos (1)
    • 4: Multimedia Activities (5)
    • 4.1: Fertilizers (1)
    • 4.2: Fundamentals of Stoichiometry (14)
    • 4.3: Limiting Reactants (9)
    • 4.4: Theoretical and Percentage Yields (9)
    • 4.5: Solution Stoichiometry (10)
    • 4.6: Ammonia as an Energy Carrier
    • 4: Conceptual Problems (3)
    • 4: Additional Problems (14)
    • 4: Focus on Problem Solving Exercises
    • 4: Cumulative Problems (3)

  • Chapter 5: Gases
    • 5: Concept Videos (1)
    • 5: Digital Workbooks (1)
    • 5: Multimedia Activities (5)
    • 5.1: Natural Gas Production
    • 5.2: Properties of Gases (6)
    • 5.3: The Ideal Gas Law (17)
    • 5.4: Partial Pressure (8)
    • 5.5: Stoichiometry of Reactions Involving Gases (18)
    • 5.6: Kinetic–Molecular Theory (8)
    • 5.7: Real Gases (3)
    • 5.8: Gas Sensors
    • 5: Conceptual Problems (3)
    • 5: Additional Problems (14)
    • 5: Focus on Problem Solving Exercises
    • 5: Cumulative Problems (2)

  • Chapter 6: The Periodic Table and Atomic Structure
    • 6: Concept Videos (2)
    • 6: Digital Workbooks (1)
    • 6: Multimedia Activities (14)
    • 6.1: Trace Analysis
    • 6.2: Electromagnetic Radiation (14)
    • 6.3: Atomic Spectra (5)
    • 6.4: The Quantum Mechanical Model of the Atom (7)
    • 6.5: The Pauli Exclusion Principle and Electron Configurations (11)
    • 6.6: The Periodic Table and Electron Configurations (4)
    • 6.7: Periodic Trends in Atomic Properties (10)
    • 6.8: Modern Light Sources: LEDs and Lasers (1)
    • 6: Conceptual Problems (5)
    • 6: Additional Problems (7)
    • 6: Focus on Problem Solving Exercises (2)
    • 6: Cumulative Problems (1)

  • Chapter 7: Chemical Bonding and Molecular Structure
    • 7: Concept Videos (2)
    • 7: Multimedia Activities (9)
    • 7.1: Materials for Biomedical Engineering
    • 7.2: The Ionic Bond (4)
    • 7.3: The Covalent Bond (15)
    • 7.4: Electronegativity and Bond Polarity (10)
    • 7.5: Keeping Track of Bonding: Lewis Structures (12)
    • 7.6: Orbital Overlap and Chemical Bonding (3)
    • 7.7: Hybrid Orbitals (3)
    • 7.8: Shapes of Molecules (14)
    • 7.9: Molecular-Scale Engineering for Drug Delivery
    • 7: Conceptual Problems (3)
    • 7: Additional Problems (6)
    • 7: Focus on Problem Solving Exercises (1)
    • 7: Cumulative Problems

  • Chapter 8: Molecules and Materials
    • 8: Concept Videos (1)
    • 8: Multimedia Activities (11)
    • 8.1: Carbon
    • 8.2: Condensed Phases—Solids (7)
    • 8.3: Bonding in Solids: Metals, Insulators, and Semiconductors (6)
    • 8.4: Intermolecular Forces (13)
    • 8.5: Condensed Phases—Liquids (10)
    • 8.6: Polymers (2)
    • 8.7: Chemistry for Recycling Electronics
    • 8: Conceptual Problems (2)
    • 8: Additional Problems (2)
    • 8: Focus on Problem Solving Exercises
    • 8: Cumulative Problems

  • Chapter 9: Energy and Chemistry
    • 9: Concept Videos (3)
    • 9: Digital Workbooks (1)
    • 9: Multimedia Activities (8)
    • 9.1: Energy Production
    • 9.2: Energy, Heat, and Work (8)
    • 9.3: Energy Transformation and Conservation (5)
    • 9.4: Heat Capacity and Calorimetry (7)
    • 9.5: Enthalpy (10)
    • 9.6: Hess's Law and Heats of Reaction (10)
    • 9.7: Energy and Stoichiometry (5)
    • 9.8: Power Distribution and the Electrical Grid
    • 9: Conceptual Problems (4)
    • 9: Additional Problems (3)
    • 9: Focus on Problem Solving Exercises
    • 9: Cumulative Problems (2)

  • Chapter 10: Entropy and the Second Law of Thermodynamics
    • 10.1: Recycling of Plastics
    • 10.2: Spontaneity (2)
    • 10.3: Entropy (3)
    • 10.4: The Second Law of Thermodynamics (1)
    • 10.5: The Third Law of Thermodynamics and Entropy Change in Reactions (3)
    • 10.6: Gibbs Free Energy (3)
    • 10.7: Free Energy and Chemical Reactions (3)
    • 10.8: Upcycling of Plastics
    • 10: Conceptual Problems (2)
    • 10: Additional Problems (6)
    • 10: Focus on Problem Solving Exercises
    • 10: Cumulative Problems (1)

  • Chapter 11: Chemical Kinetics
    • 11: Concept Videos (1)
    • 11: Multimedia Activities (2)
    • 11.1: Urban Air Pollution (1)
    • 11.2: Rates of Chemical Reactions (7)
    • 11.3: Rate Laws and the Concentration Dependence of Rates (11)
    • 11.4: Integrated Rate Laws (16)
    • 11.5: Temperature and Kinetics (8)
    • 11.6: Reaction Mechanisms (3)
    • 11.7: Catalysis (2)
    • 11.8: Air Quality Monitoring
    • 11: Conceptual Problems (2)
    • 11: Additional Problems (2)
    • 11: Focus on Problem Solving Exercises
    • 11: Cumulative Problems

  • Chapter 12: Chemical Equilibrium
    • 12: Multimedia Activities (14)
    • 12.1: Concrete Production and Weathering
    • 12.2: Chemical Equilibrium (5)
    • 12.3: Equilibrium Constants (12)
    • 12.4: Equilibrium Concentrations (3)
    • 12.5: Le Châtelier's Principle (12)
    • 12.6: Solubility Equilibria (12)
    • 12.7: Acids and Bases (18)
    • 12.8: Free Energy and Chemical Equilibrium (1)
    • 12.9: Bendable Concrete
    • 12: Conceptual Problems (3)
    • 12: Additional Problems (5)
    • 12: Focus on Problem Solving Exercises
    • 12: Cumulative Problems (1)

  • Chapter 13: Electrochemistry
    • 13: Multimedia Activities (2)
    • 13.1: Grid-Scale Energy Storage
    • 13.2: Oxidation–Reduction Reactions and Galvanic Cells (3)
    • 13.3: Cell Potentials (6)
    • 13.4: Cell Potentials and Equilibrium (4)
    • 13.5: Batteries
    • 13.6: Electrolysis
    • 13.7: Electrolysis and Stoichiometry (4)
    • 13.8: Corrosion
    • 13: Conceptual Problems
    • 13: Focus on Problem Solving Exercises
    • 13: Cumulative Problems (3)

  • Chapter 14: Nuclear Chemistry
    • 14.1: Cosmic Rays and Carbon Dating
    • 14.2: Radioactivity and Nuclear Reactions (12)
    • 14.3: Kinetics of Radioactive Decay (3)
    • 14.4: Nuclear Stability (2)
    • 14.5: Energetics of Nuclear Reactions (2)
    • 14.6: Transmutation, Fission, and Fusion (3)
    • 14.7: The Interaction of Radiation and Matter (2)
    • 14.8: Modern Medical Imaging Methods (1)
    • 14: Conceptual Problems (1)
    • 14: Additional Problems (4)
    • 14: Focus on Problem Solving Exercises

  • Chapter T: WebAssign Answer Templates and Tutorials
    • T: WebAssign Answer Templates and Tutorials (4)


Brown/Holme's CHEMISTRY FOR ENGINEERING STUDENTS, 5th Edition, provides a concise, thorough and relevant introduction to chemistry, preparing students for further study in any engineering field. Using applications specifically geared toward engineering students, the text emphasizes the connection between molecular properties and observable physical properties and the linkages between chemistry and other subjects in the engineering curriculum such as mathematics and physics. The text includes added coverage of new engineering applications relevant to sustainability, including alternative energy and batteries. This new edition is supported by WebAssign, which helps students grasp chemistry concepts in an environment that can be customized for every classroom.

WebAssign Features

  • Mastery builds your students' confidence with multiple opportunities to practice course topics.; students are given a set of questions and must answer a set number correctly to receive full credit. For more information, visit here.
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  • Course Packs with ready-to-use assignments were built by subject matter experts specifically for this textbook to save you time, and can be easily customized to meet your teaching goals.
  • Watch It links provide step-by-step instruction with short, engaging videos that are ideal for visual learners.
  • All questions contain detailed solutions to the problem, available to students at your discretion.
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WebAssign Question Types

  • Digital Workbook Problems (DWB) combine narrative and assessment elements as part of a singular learning activity that is delivered within WebAssign. The problems interweave narrative and interactives of a variety of media types with assessments, containing an introduction to the relevant topics and subtopics.
  • Concept Video Questions (CV) offer animated, engaging introductions to key topics.
  • Multimedia Activities (M): Four varieties of questions (Visualizations, Simulations, Tutorials, & Exercises) help your students engage in initial learning about a concept. These assignments are very guided; questions are often broken down into steps to teach problem solving process or involve manipulation of an animation to observe results and answer questions.

Questions Available within WebAssign

Most questions from this textbook are available in WebAssign. The online questions are identical to the textbook questions except for minor wording changes necessary for Web use. Whenever possible, variables, numbers, or words have been randomized so that each student receives a unique version of the question. This list is updated nightly.

Question Group Key
DWB - Digital Workbook
CV - Concept Video Question
TUT - Tutorial
SIM - Simulation
VIS - Visualization
EXE - Exercise
CP - Conceptual Problem


Question Availability Color Key
BLACK questions are available now
GRAY questions are under development


Group Quantity Questions
Chapter T: WebAssign Answer Templates and Tutorials
T.LewisStructures 1 004
T.MarvinSketch 1 003
T.SigFigs 1 001
T.chemPad 1 002
Chapter 1: Introduction to Chemistry
1.CV 2 001 002
1.DWB 1 04.001
1.M 4 02.001.VIS 04.001.TUT 05.001.TUT 05.002.TUT
1.2 14 EOC.008 EOC.011 EOC.014 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011
1.3 2 EOC.018 EOC.020-021
1.4 26 EOC.027 EOC.036 EOC.038 EOC.040 EOC.044 EOC.046 EOC.048 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013 X.CEN.014 X.CEN.015 X.CEN.016 X.CEN.017 X.CEN.018 X.CEN.019
1.5 17 EOC.054 EOC.056 EOC.057 EOC.059 EOC.060 EOC.065 EOC.066 EOC.067 EOC.068 EOC.069 EOC.070 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
Chapter 2: Atoms and Molecules
2.C 1 EOC.097
2.CP 2 EOC.074 EOC.080
2.CV 1 001
2.DWB 1 02.001
2.M 4 05.001.TUT 06.001.EXE 07.001.SIM 07.002.EXE
2.PS 1 EOC.091
2.2 10 EOC.010 EOC.012 EOC.013 EOC.014 EOC.015 EOC.016 EOC.017 EOC.018 EOC.019 X.CEN.001
2.3 7 EOC.022 EOC.023 EOC.026 EOC.027 EOC.030 X.CEN.001 X.CEN.002
2.4 6 EOC.032 EOC.038 EOC.039 X.CEN.001 X.CEN.002 X.CEN.003
2.5 5 EOC.043 EOC.045 EOC.048 EOC.049 X.CEN.001
2.6 3 EOC.056 EOC.057 EOC.058
2.7 14 EOC.061 EOC.062 EOC.063 EOC.064 EOC.065 EOC.066 EOC.067 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
Chapter 3: Molecules, Moles, and Chemical Equations
3.A 11 EOC.093 EOC.098 EOC.100 EOC.101 EOC.102 EOC.103 EOC.104 EOC.105 EOC.106 EOC.108 EOC.109
3.C 2 EOC.120 EOC.121
3.CP 6 EOC.075 EOC.076 EOC.077 EOC.078 EOC.079 EOC.086
3.CV 4 001 002 003 004
3.M 15 02.001.TUT 02.002.VIS 03.001.SIM 03.002.VIS 03.003.TUT 03.004.SIM 03.005.VIS 04.001.TUT 05.001.TUT 05.002.TUT 05.003.TUT 05.004.VIS 05.005.VIS 05.006.TUT 05.007.SIM
3.2 12 EOC.011 EOC.012 EOC.016 EOC.017 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
3.3 17 EOC.024 EOC.025 EOC.026 EOC.027 EOC.028 EOC.029 EOC.032 EOC.033 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
3.4 15 EOC.036 EOC.037 EOC.039 EOC.040 EOC.041 EOC.043 EOC.044 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
3.5 29 EOC.047 EOC.049 EOC.050 EOC.053 EOC.054 EOC.055 EOC.056 EOC.057 EOC.059 EOC.060 EOC.061 EOC.062 EOC.063 EOC.064 EOC.065 EOC.066 EOC.067 EOC.068 X.CEN.001 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013 X.CEN.014
3.6 1 EOC.071
Chapter 4: Stoichiometry
4.A 14 EOC.077 EOC.078 EOC.079 EOC.080 EOC.083 EOC.084 EOC.087 EOC.089 EOC.090 EOC.091 EOC.092 EOC.093 EOC.094 EOC.095
4.C 3 EOC.110 EOC.111 EOC.112
4.CP 3 EOC.068 EOC.069 EOC.072
4.CV 1 001
4.M 5 03.001.SIM 03.002.VIS 05.001.SIM 05.002.TUT 05.003.TUT
4.1 1 X.CEN.001
4.2 14 EOC.007 EOC.008 EOC.009 EOC.010 EOC.013 EOC.014 EOC.015 EOC.016 EOC.018 EOC.019 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
4.3 9 EOC.024 EOC.026 EOC.028 EOC.030 EOC.031 EOC.033 X.CEN.001 X.CEN.002 X.CEN.003
4.4 9 EOC.037 EOC.039 EOC.040 EOC.041 EOC.044 EOC.047 EOC.048 X.CEN.001 X.CEN.002
4.5 10 EOC.052 EOC.053 EOC.054 EOC.056 EOC.057 EOC.059 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
Chapter 5: Gases
5.A 14 EOC.086 EOC.087 EOC.088 EOC.089 EOC.090 EOC.091 EOC.092 EOC.094 EOC.097 EOC.098 EOC.099 EOC.100 EOC.101 EOC.102
5.C 2 EOC.111 EOC.112
5.CP 3 EOC.078 EOC.084 EOC.085
5.CV 1 001
5.DWB 1 03.001
5.M 5 03.001.TUT 03.002.VIS 03.003.VIS 03.004.SIM 06.001.SIM
5.2 6 EOC.011 EOC.013 EOC.015 X.CEN.001 X.CEN.002 X.CEN.003
5.3 17 EOC.019 EOC.022 EOC.023 EOC.024 EOC.027 EOC.029 EOC.030 EOC.031 EOC.032 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
5.4 8 EOC.036 EOC.038 EOC.039 EOC.041 EOC.044 EOC.046 X.CEN.001 X.CEN.002
5.5 18 EOC.048 EOC.050 EOC.052 EOC.053 EOC.055 EOC.060 EOC.061 EOC.062 EOC.063 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
5.6 8 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
5.7 3 EOC.065 EOC.068 EOC.069
Chapter 6: The Periodic Table and Atomic Structure
6.A 7 EOC.092 EOC.093 EOC.094 EOC.095 EOC.096 EOC.097 EOC.098
6.C 1 EOC.107
6.CP 5 EOC.074 EOC.082 EOC.083 EOC.084 EOC.086
6.CV 2 001 002
6.DWB 1 02.001
6.M 14 02.001.SIM 02.002.SIM 02.003.VIS 03.001.VIS 04.001.VIS 04.002.VIS 05.001.EXE 05.002.VIS 05.003.SIM 06.001.SIM 07.001.SIM 07.002.SIM 07.003.TUT 07.004.TUT
6.PS 2 EOC.099 EOC.101
6.2 14 EOC.007 EOC.008 EOC.009 EOC.012 EOC.013 EOC.014 EOC.016 EOC.018 EOC.019 EOC.020 EOC.021 X.CEN.001 X.CEN.002 X.CEN.003
6.3 5 EOC.026 EOC.027 EOC.028 EOC.029 X.CEN.001
6.4 7 EOC.034 EOC.035 EOC.037 EOC.038 EOC.041 X.CEN.001 X.CEN.002
6.5 11 EOC.048 EOC.049 EOC.050 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
6.6 4 EOC.054 EOC.058 X.CEN.002 X.CEN.003
6.7 10 EOC.061 EOC.064 EOC.067 EOC.068 EOC.069 EOC.070 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
6.8 1 EOC.071
Chapter 7: Chemical Bonding and Molecular Structure
7.A 6 EOC.089 EOC.091 EOC.092 EOC.095 EOC.096 EOC.097
7.CP 3 EOC.081 EOC.083 EOC.085
7.CV 2 001 002
7.M 9 02.001.SIM 02.002.SIM 03.001.EXE 05.001.EXE 05.002.VIS 05.003.VIS 06.001.EXE 06.002.EXE 08.001.VIS
7.PS 1 EOC.104
7.2 4 EOC.010 EOC.011 EOC.013 X.CEN.001
7.3 15 EOC.020 EOC.024 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.013
7.4 10 EOC.032 EOC.033 EOC.035 EOC.036 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
7.5 12 EOC.037 EOC.038 EOC.039 EOC.042 EOC.044 EOC.046 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
7.6 3 EOC.054 EOC.055 EOC.056
7.7 3 EOC.059 EOC.060 EOC.062
7.8 14 EOC.065 EOC.066 EOC.067 EOC.068 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
Chapter 8: Molecules and Materials
8.A 2 EOC.087 EOC.089
8.CP 2 EOC.083 EOC.084
8.CV 1 001
8.M 11 02.001.VIS 02.002.TUT 04.001.TUT 04.002.VIS 04.003.SIM 04.004.TUT 04.005.TUT 04.006.VIS 05.001.SIM 06.001.VIS 06.002.VIS
8.2 7 EOC.011 EOC.013 EOC.015 EOC.016 EOC.017 EOC.018 X.CEN.001
8.3 6 EOC.020 EOC.025 EOC.026 EOC.030 EOC.031 EOC.034
8.4 13 EOC.040 EOC.041 EOC.042 EOC.043 EOC.044 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008
8.5 10 EOC.047 EOC.049 EOC.050 EOC.051 EOC.052 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
8.6 2 EOC.057 EOC.064-065
Chapter 9: Energy and Chemistry
9.A 3 EOC.086 EOC.089 EOC.096
9.C 2 EOC.107 EOC.110
9.CP 4 EOC.073 EOC.078 EOC.081 EOC.083
9.CV 3 001 002 003
9.DWB 1 02.001
9.M 8 03.001.TUT 03.002.VIS 04.001.SIM 05.001.VIS 05.002.TUT 06.001.TUT 06.002.SIM 07.001.TUT
9.2 8 EOC.010 EOC.012 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
9.3 5 EOC.018 EOC.024 X.CEN.001 X.CEN.002 X.CEN.003
9.4 7 EOC.031 EOC.032 EOC.034 EOC.038 X.CEN.001 X.CEN.002 X.CEN.003
9.5 10 EOC.044 EOC.045 EOC.047 EOC.050 EOC.052 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
9.6 10 EOC.054 EOC.056 EOC.057 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
9.7 5 EOC.059 EOC.063 EOC.065 X.CEN.001 X.CEN.002
Chapter 10: Entropy and the Second Law of Thermodynamics
10.A 6 EOC.082 EOC.084 EOC.087 EOC.091 EOC.092 EOC.093
10.C 1 EOC.103
10.CP 2 EOC.079 EOC.080
10.2 2 EOC.011 EOC.013
10.3 3 EOC.021 EOC.022 EOC.024
10.4 1 EOC.030
10.5 3 EOC.035 EOC.039 EOC.041
10.6 3 EOC.045 EOC.046 EOC.051
10.7 3 EOC.056 EOC.059 EOC.062
Chapter 11: Chemical Kinetics
11.A 2 EOC.093 EOC.099
11.CP 2 EOC.078 EOC.081
11.CV 1 001
11.M 2 05.002.TUT 07.001.VIS
11.1 1 EOC.009
11.2 7 EOC.013 EOC.016 EOC.018 EOC.020 X.CEN.001 X.CEN.002 X.CEN.003
11.3 11 EOC.026 EOC.028 EOC.029 EOC.032 EOC.033 EOC.034 EOC.036 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004
11.4 16 EOC.039 EOC.041 EOC.044 EOC.045 EOC.047 EOC.051 EOC.052 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009
11.5 8 EOC.055 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007
11.6 3 EOC.060 EOC.065 X.CEN.001
11.7 2 X.CEN.001 X.CEN.002
Chapter 12: Chemical Equilibrium
12.A 5 EOC.098 EOC.100 EOC.104 EOC.107 EOC.109
12.C 1 EOC.118
12.CP 3 EOC.090 EOC.092 EOC.095
12.M 14 02.001.SIM 02.001.VIS 02.003.VIS 03.001.SIM 03.002.SIM 05.001.VIS 05.002.EXE 05.003.SIM 05.004.SIM 05.005.VIS 05.006.VIS 07.001.TUT 07.002.VIS 07.003.VIS
12.2 5 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005
12.3 12 EOC.012 EOC.015 EOC.017 EOC.020 EOC.021 EOC.027 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006
12.4 3 EOC.029 EOC.030 EOC.033
12.5 12 EOC.042 EOC.044 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010
12.6 12 EOC.046 EOC.051 EOC.054 EOC.058 X.CEN.001 X.CEN.002 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011
12.7 18 EOC.064 EOC.065 EOC.068 EOC.071 X.CEN.001 X.CEN.002 X.CEN.003 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012 X.CEN.015 X.CEN.016
12.8 1 EOC.078
Chapter 13: Electrochemistry
13.C 3 EOC.105 EOC.106 EOC.107
13.M 2 02.001.TUT 02.002.VIS
13.2 3 EOC.005 EOC.009 X.CEN.002
13.3 6 EOC.018 EOC.020 EOC.021 EOC.025 EOC.026 EOC.028
13.4 4 EOC.032 EOC.037 EOC.040 EOC.044
13.7 4 EOC.067 EOC.071 EOC.072 EOC.076
Chapter 14: Nuclear Chemistry
14.A 4 EOC.090 EOC.093 EOC.094 EOC.102
14.CP 1 EOC.084
14.2 12 EOC.009 EOC.010 EOC.012 X.CEN.004 X.CEN.005 X.CEN.006 X.CEN.007 X.CEN.008 X.CEN.009 X.CEN.010 X.CEN.011 X.CEN.012
14.3 3 EOC.018 EOC.022 EOC.025
14.4 2 EOC.030 EOC.031
14.5 2 EOC.038 EOC.043
14.6 3 EOC.052 EOC.054 EOC.056
14.7 2 EOC.066 EOC.071
14.8 1 EOC.075
Total 895  

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