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Map: Introductory Chemistry (Corwin)

An introductory chemistry Libretexts Textmap organized around the textbook Introductory Chemistry: Concepts & Critical Thinking by Charles Corwin.

Introductory Chemistry Chemistry

Nhà xuất bản: LibreTexts
Nguồn: LibreTexts
Giấy phép: CC BY-NC-SA
Ngôn ngữ: EN
Danh mục: Khoa học cơ bản

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Mục lục· 211 mục

01: Introduction to Chemistry
1.01: Evolution of Chemistry
1.02: Modern Chemistry
1.03: Learning Chemistry
02: PSS- Scientific Measurements
2.01: PSS.1- Uncertainty in Measurements
2.02: PSS.2- Significant Digits
2.03: PSS.3- Rounding Off Nonsignificant Digits
2.04: PSS.4- Adding and Subtracting Measurements
2.05: PSS.5- Multiplying and Dividing Measurements
2.06: PSS.6- Exponential Numbers
2.07: PSS.7-Scientific Notation
2.08: PSS.8- Unit Equations and Unit Factors
2.09: PSS.9- Unit Analysis Problem Solving
2.10: PSS.10- The Percent Concept
03: The Metric System
3.01: 2.1-Basic Units and Symbols
3.02: Metric Conversion Factors
3.03: Metric-Metric Conversions
3.04: Metric-English Conversions
3.05: Volume by Calculation
3.06: Volume by Displacement
3.07: The Density Concept
3.08: Temperature
3.09: 2.9-Heat and Specific Heat
3.E: The Metric System (Exercises)
04: Matter and Energy
4.01: 3.10-Conservation of Energy
4.02: 3.E - Matter and Energy (Exercises)
4.03: Physical States of Matter
4.04: Elements Compounds and Mixtures
4.05: Names and Symbols of the Elements
4.06: Metals Nonmetals and Semimetals
4.07: Compounds and Chemical Formulas
4.08: Physical and Chemical Properties
4.09: Physical and Chemical Changes
4.10: Conservation of Mass
4.11: Potential and Kinetic Energy
05: Models of the Atom
5.01: Electron Configuration
5.02: Quantum Mechanical Model of the Atom
5.03: Dalton Model of the Atom
5.04: Thomson Model of the Atom
5.05: Rutherford Model of the Atom
5.06: Atomic Notation
5.07: Atomic Mass
5.08: The Wave Nature of Light
5.09: The Quantum Concept
5.10: Bohr Model of the Atom
5.11: Energy Levels and Sublevels
5.E: Models of the Atom (Exercises)
06: The Periodic Table
6.01: Ionic Charges
6.02: Classification of Elements
6.03: The Periodic Law Concept
6.04: Groups and Periods of Elements
6.05: Periodic Trends
6.06: Properties of Elements
6.07: Blocks of Elements
6.08: Valence Electrons
6.09: Electron Dot Formulas
6.10: Ionization Energy
6.E: The Periodic Table
07: Language of Chemistry
7.01: Classification of Compounds
7.02: Monoatomic Ions
7.03: Polyatomic Ions
7.04: Writing Chemical Formulas
7.05: Binary Ionic Compounds
7.06: Ternary Ionic Compounds
7.07: Binary Molecular Compounds
7.08: Binary Acids
7.09: Ternary Oxyacids
7.E: Exercises
08: Chemical Reactions
8.01: Double-Replacement Reactions
8.02: Neutralization Reactions
8.03: Evidence for Chemical Reactions
8.04: Writing Chemical Equations
8.05: Balancing Chemical Equations
8.06: Classifying Chemical Reactions
8.07: Combination Reactions
8.08: Decomposition Reactions
8.09: The Activity Series Concept
8.10: Single-Replacement Reactions
8.11: Solubility Rules
09: The Mole Concept
9.01: Avogadro's Number
9.02: Mole Calculations I- atom conversions
9.03: Molar Mass
9.04: Mole Calculations II- mass conversions
9.05: Molar Volume
9.06: Mole Calculations III- Gas volume conversions
9.07: Percent Composition
9.08: Empirical Formula
9.09: Molecular Formula
9.10: Section 10
10: Chemical Equation Calculations
10.01: Interpreting a Chemical Equation
10.02: Mole-Mole Relationships
10.03: Types of Stoichiometry Problems
10.04: Mass-Mass Problems
10.05: Mass-Volume Problems
10.06: Volume-Volume Problems
10.07: The Limiting Reactant Concept
10.08: Limiting Reactant Problems
10.09: Percent Yield
10.E: Chemical Equation Calculations (Exercises)
11: The Gaseous State
11.01: Properties of Gases
11.02: Atmospheric Pressure
11.03: Variables Affecting Gas Pressure
11.04: Boyle's Law- Pressure-Volume Relationships
11.05: Charles's Law- Volume-Temperature Relationships
11.06: Gay-Lussac's Law- Pressure-Temperature Relationships
11.07: Combined Gas Law
11.08: The Vapor Pressure Concept
11.09: Dalton's Law of Partial Pressures
11.10: Ideal Gas Behavior
11.11: Ideal Gas Law
12: Liquids and Solids
12.01: Properties of Liquids
12.02: The Intermolecular Bond Concept
12.03: Vapor Pressure Boiling Point Viscosity Surface Tension
12.04: Properties of Solids
12.05: Crystalline Solids
12.06: Changes of Physical State
12.07: Structure of Water
12.08: Physical Properties of Water
12.09: Chemical Properties of Water
12.10: Hydrates
13: Chemical Bonding
13.01: The Chemical Bond Concept
13.02: Ionic Bonds
13.03: Covalent Bonds
13.04: Electron Dot Formulas of Molecules
13.05: Electron Dot Formulas of Polyatomic Ions
13.06: Polar Covalent Bonds
13.07: Nonpolar Covalent Bonds
13.08: Coordinate Covalent Bonds
13.09: Hydrogen Bonds
13.10: Shapes of Molecules
14: Solutions
14.01: Gases in Solution
14.02: Liquids in Solution
14.03: Solids in Solution
14.04: The Dissolving Process
14.05: Rate of Dissolving
14.06: Solubility and Temperature
14.07: Unsaturated Saturated and Supersaturated Solutions
14.08: Mass Mass Percent Concentration
14.09: Molar Concentration
14.10: Dilution of a Solution
14.11: Solution Stoichiometry
15: Acids and Bases
15.01: Properties of Acids and Bases
15.02: Arrhenius Acids and Bases
15.03: Brnsted-Lowry Acids and Bases
15.04: Acid-Base Indicators
15.05: Acid-Base Titrations
15.06: Acid-Base Standardization
15.07: Ionization of Water
15.08: The pH Concept
15.09: Advanced pH Calculations
15.10: Strong and Weak Electrolytes
15.11: Net Ionic Equations
16: Chemical Equilibrium
16.01: Collision Theory
16.02: Energy Profiles of Chemical Reactions
16.03: The Chemical Equilibrium Concept
16.04: General Equilibrium Constant - (K eq)
16.05: Equilibria Shifts for Gases
16.06: Ionization Equilibrium Constant - (K i)
16.07: Equilibria Shifts for Weak Acids and Bases
16.08: Solubility Product Equilibrium Constant - (K sp)
16.09: Equilibria Shifts for Slightly Soluble Compounds
17: Oxidation and Reduction
17.01: Oxidation Numbers
17.02: Oxidation-Reduction Reactions
17.03: Balancing Redox Equations - Oxidation Number Method
17.04: Balancing Redox Equations - Half-Reaction Method
17.05: Predicting Spontaneous Redox Reactions
17.06: Voltaic Cells
17.07: Electrolytic Cells
18: Nuclear Chemistry
18.01: Natural Radioactivity
18.02: Nuclear Equations
18.03: Radioactive Decay Series
18.04: Radioactive Half-Life
18.05: Applications of Radionuclides
18.06: Induced Radioactivity
18.07: Nuclear Fission
18.08: Nuclear Fusion
19: Organic Chemistry
19.01: Hydrocarbons
19.02: Alkanes
19.03: Alkenes and Alkynes
19.04: Arenes
19.05: Hydrocarbon Derivatives
19.06: Organic Halides
19.07: Alcohols Phenols and Ethers
19.08: Amines
19.09: Aldehydes and Ketones
19.10: Carboxylic Acids Esters and Amides
20: Biochemistry
20.01: 20.1-Biological Compounds
20.02: Proteins
20.03: Enzymes
20.04: Carbohydrates
20.05: Lipids
20.06: Nucleic Acids