- Chapter 1: Defi ning Matter
- Chapter 10: Physically Changing Matter
- Chapter 11: Pressing Matter
- Chapter 12: Concentrating Matter
- Chapter 13: Toxic Changes
- Chapter 14: Measuring Toxins
- Chapter 15: Toxins in Solution
- Chapter 16: Acidic Toxins
- Chapter 17: Toxic Cleanup
- Chapter 18: Observing Energy
- Chapter 19: Measuring Energy
- Chapter 2: Basic Building Materials
- Chapter 20: Understanding Energy
- Chapter 21: Controlling Energy
- Chapter 22: Radiating Energy
- Chapter 23: Chemical Equilibrium
- Chapter 24: Changing Conditions
- Chapter 3: A World of Particles
- Chapter 4: Moving Electrons
- Chapter 5: Building with Matter
- Chapter 6: Speaking of Molecules
- Chapter 7: Building Molecules
- Chapter 8: Molecules in Action
- Chapter 9: Molecules in the Body
- Chapter Lesson 1: Lab Equipment and Safety
- Chapter Lesson 10: The Periodic Table
- Chapter Lesson 100: Combustion
- Chapter Lesson 101: Calorimetry
- Chapter Lesson 102: Calorimetry Calculations
- Chapter Lesson 103: Heat of Combustion
- Chapter Lesson 104: Bond Energy
- Chapter Lesson 105: Reversing Reactions
- Chapter Lesson 106: Rate of Reaction
- Chapter Lesson 107: Work
- Chapter Lesson 108: Oxidation
- Chapter Lesson 109: Heat of Formation
- Chapter Lesson 11: Models of the Atom
- Chapter Lesson 110: Oxidation-Reduction
- Chapter Lesson 111: Activity of Metals
- Chapter Lesson 112: Electrochemical Cell
- Chapter Lesson 113: Light Energy
- Chapter Lesson 114: Light Waves
- Chapter Lesson 115: Electromagnetic Radiation
- Chapter Lesson 116: Spectroscopy
- Chapter Lesson 117: Acid-Base Indicators
- Chapter Lesson 118: Reversible Processes
- Chapter Lesson 119: Dynamic Equilibrium
- Chapter Lesson 12: Atomic Number and Atomic Mass
- Chapter Lesson 120: Equilibrium Constant K
- Chapter Lesson 121: Equilibrium Calculations
- Chapter Lesson 122: Le Chteliers Principle
- Chapter Lesson 123: Applying Le Chteliers Principle
- Chapter Lesson 13: Isotopes
- Chapter Lesson 14: Stable and Radioactive Isotopes
- Chapter Lesson 15: Nuclear Reactions
- Chapter Lesson 16: Formation of Elements
- Chapter Lesson 17: Flame Tests
- Chapter Lesson 18: Valence and Core Electrons
- Chapter Lesson 19: Ions
- Chapter Lesson 2: Introduction to Chemistry
- Chapter Lesson 20: Ionic Compounds
- Chapter Lesson 21: Formulas for Ionic Compounds
- Chapter Lesson 22: Polyatomic Ions
- Chapter Lesson 23: Transition Metal Chemistry
- Chapter Lesson 24: Electron Configurations
- Chapter Lesson 25: Classifying Substances
- Chapter Lesson 26: Bonding
- Chapter Lesson 27: Electroplating Metals
- Chapter Lesson 28: Molecular Formulas
- Chapter Lesson 29: Structural Formulas
- Chapter Lesson 3: Defining Matter
- Chapter Lesson 30: Bonding Tendencies
- Chapter Lesson 31: Lewis Dot Symbols
- Chapter Lesson 32: Octet Rule
- Chapter Lesson 33: Functional Groups
- Chapter Lesson 34: Ester Synthesis
- Chapter Lesson 35: Analyzing Ester Synthesis
- Chapter Lesson 36: Ball-and-Stick Models
- Chapter Lesson 37: Electron Domains
- Chapter Lesson 38: Molecular Shape
- Chapter Lesson 39: Space-Filling Models
- Chapter Lesson 4: Mass and Volume
- Chapter Lesson 40: Shape and Smell
- Chapter Lesson 41: Receptor Site Theory
- Chapter Lesson 42: Attractions between Molecules
- Chapter Lesson 43: Electronegativity and Polarity
- Chapter Lesson 44: Electronegativity Scale
- Chapter Lesson 45: Polar Molecules and Smell
- Chapter Lesson 46: Phase, Size, Polarity, and Smell
- Chapter Lesson 47: Mirror-Image Isomers
- Chapter Lesson 48: Amino Acids and Proteins
- Chapter Lesson 49: Weather Science
- Chapter Lesson 5: Density
- Chapter Lesson 50: Measuring Liquids
- Chapter Lesson 51: Density of Liquids and Solids
- Chapter Lesson 52: Thermometers
- Chapter Lesson 53: Kelvin Scale
- Chapter Lesson 54: Charless Law
- Chapter Lesson 55: Density, Temperature, and Fronts
- Chapter Lesson 56: Gas Density
- Chapter Lesson 57: Air Pressure
- Chapter Lesson 58: Boyles Law
- Chapter Lesson 59: Gay-Lussacs Law
- Chapter Lesson 6: Chemical Names and Symbols
- Chapter Lesson 60: Molecular View of Pressure
- Chapter Lesson 61: Combined Gas Law
- Chapter Lesson 62: High and Low Air Pressure
- Chapter Lesson 63: Pressure and Number Density
- Chapter Lesson 64: The Mole and Avogadros Law
- Chapter Lesson 65: Ideal Gas Law
- Chapter Lesson 66: Humidity, Condensation
- Chapter Lesson 67: Extreme Physical Change
- Chapter Lesson 68: Chemical Equations
- Chapter Lesson 69: Observing Change
- Chapter Lesson 7: The Copper Cycle
- Chapter Lesson 70: Physical versus Chemical Change
- Chapter Lesson 71: Conservation of Mass
- Chapter Lesson 72: Balancing Chemical Equations
- Chapter Lesson 73: Types of Reactions
- Chapter Lesson 74: Toxicity
- Chapter Lesson 75: Counting by Weighing
- Chapter Lesson 76: Avogadros Number
- Chapter Lesson 77: Molar Mass
- Chapter Lesson 78: Mass-Mole Conversions
- Chapter Lesson 79: Comparing Amounts
- Chapter Lesson 8: Conservation of Matter
- Chapter Lesson 80: Solution Concentration
- Chapter Lesson 81: Molecular Views
- Chapter Lesson 82: Preparing Solutions
- Chapter Lesson 83: Mystery Solutions
- Chapter Lesson 84: Acids and Bases
- Chapter Lesson 85: Acid and Base Theories
- Chapter Lesson 86: [H1] and pH
- Chapter Lesson 87: Dilution
- Chapter Lesson 88: Neutralization Reactions
- Chapter Lesson 89: Titration
- Chapter Lesson 9: Properties of the Elements
- Chapter Lesson 90: Precipitation Reactions
- Chapter Lesson 91: Mole Ratios
- Chapter Lesson 92: Stoichiometry
- Chapter Lesson 93: Limiting Reactant and Percent Yield
- Chapter Lesson 94: Energy Changes
- Chapter Lesson 95: Exothermic and Endothermic
- Chapter Lesson 96: First and Second Laws
- Chapter Lesson 97: Heat Transfer
- Chapter Lesson 98: Specific Heat Capacity
- Chapter Lesson 99: Heat and Phase Changes
- Chapter Unit 1: Alchemy
- Chapter Unit 2: Smells
- Chapter Unit 3: Weather
- Chapter Unit 4: Toxins
- Chapter Unit 5: Fire
- Chapter Unit 6: Showtime
Living by Chemistry 2nd Edition - Solutions by Chapter
Full solutions for Living by Chemistry | 2nd Edition
ISBN: 9781464142314
Living by Chemistry | 2nd Edition - Solutions by Chapter
Get Full SolutionsThe full step-by-step solution to problem in Living by Chemistry were answered by , our top Chemistry solution expert on 03/15/18, 05:35PM. This expansive textbook survival guide covers the following chapters: 153. Living by Chemistry was written by and is associated to the ISBN: 9781464142314. This textbook survival guide was created for the textbook: Living by Chemistry, edition: 2. Since problems from 153 chapters in Living by Chemistry have been answered, more than 97411 students have viewed full step-by-step answer.
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absorption spectrum
A pattern of variation in the amount of light absorbed by a sample as a function of wavelength. (Section 23.5)
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acetoacetic ester synthesis
A threestep process that converts an alkyl halide into a methyl ketone with the introduction of three new carbon atoms.
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Alcohol
A compound containing an !OH (hydroxyl) group bonded to a carbon atom
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alkali metals
Members of group 1A in the periodic table. (Section 7.7)
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biodegradable polymers
Polymers that can be broken down by enzymes produced by soil microorganisms.
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carbohydrates
Polyhydroxy aldehydes or ketones with molecular formula CxH2xOx.
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chlorophyll
A plant pigment that plays a major role in conversion of solar energy to chemical energy in photosynthesis. (Section 23.3)
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condensation polymer
A polymer,that is formed via a condensation reaction.
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Confi guration
Refers to the arrangement of atoms about a stereocenter
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constitutional isomers
Compounds that have the same molecular formula but differ in the way the atoms are connected.
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crystallization
The process in which molecules, ions, or atoms come together to form a crystalline solid. (Section 13.2)
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diatomic molecule
A molecule composed of only two atoms. (Section 2.6)
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diffusion
The spreading of one substance through a space occupied by one or more other substances. (Section 10.8)
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Energy
The ability to do work.
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enzyme
A protein molecule that acts to catalyze specific biochemical reactions. (Section 14.7)
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induction
The withdrawal of electron density that occurs when a bond is shared by two atoms of differing electronegativity.
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Meta (m)
Refers to groups occupying 1,3-positions on a benzene ring.
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octet rule
The observation that second-row elements (C, N, O, and F) will form the necessary number of bonds so as to achieve a full valence shell (eight electrons).
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photochemical reaction
A reaction that is performed with photochemical excitation (usually UV light).
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superimposable
Two objects that are identical.