Combined Shape

Exploring General Chemistry in the Laboratory

By Colleen F. Craig • © 01/01/2017 • 592 Pages
Loose-leaf Format • Print ISBN 9781617316227 • eBook ISBN9781617316234

Table of contents

Introduction to the Chemistry Laboratory
20 Pages
Chapter 1: Measurement
Chapter 1 Intro Material
2 Pages
Lab 1.1 Temperature and Density: The Galileo Thermometer
10 Pages
Lab 1.2 Conservation of Mass
10 Pages
Chapter 2: Composition and Reactivity of Compounds
Chapter 2 Intro Material
2 Pages
Lab 2.1 Composition of Chemical Compounds
14 Pages
Lab 2.2 Reactivity of Hydrogen and Oxygen Gases
10 Pages
Chapter 3: Stoichiometry
Chapter 3 Intro Material
2 Pages
Lab 3.1 Acid-Base Titration
12 Pages
Lab 3.2 Limiting Reactants
12 Pages
Chapter 4: Behavior of Gases
Chapter 4 Intro Material
2 Pages
Lab 4.1 Avogadro's and Boyle's Laws
16 Pages
Lab 4.2 Density of a Gas
10 Pages
Chapter 5: Thermochemistry
Chapter 5 Intro Material
2 Pages
Lab 5.1 Coffee Cup Calorimetry
20 Pages
Lab 5.2 Hess' Law of Heat Summation
10 Pages
Chapter 6: Atomic Emission Spectra and Periodic Trends
Chapter 6 Intro Material
2 Pages
Lab 6.1 Atomic Emission Spectra
20 Pages
Lab 6.2 Periodic Trends
18 Pages
Chapter 7: Molecular Structure and its Consequences
Chapter 7 Intro Material
2 Pages
Lab 7.1 Molecules in 3-D
20 Pages
Lab 7.2 Visible Absorption Spectroscopy
22 Pages
Chapter 8: Chemical Kinetics
Chapter 8 Intro Material
2 Pages
Lab 8.1 Method of Initial Rates
22 Pages
Lab 8.2 Integrated Rate Laws
18 Pages
Chapter 9: Chemical Equilibrium
Chapter 9 Intro Material
2 Pages
Lab 9.1 Equilibrium of Bromothymol Blue
16 Pages
Lab 9.2 Solubility Product Constant of Potassium Hydrogen Phthalate
20 Pages
Chapter 10: Aqueous Equilibrium
Chapter 10 Intro Material
2 Pages
Lab 10.1 Titration Curves of Acids and Bases
14 Pages
Lab 10.2 Buffer Solutions
12 Pages
Chapter 11: Thermodynamics
Chapter 11 Intro Material
4 Pages
Lab 11.1 Determination of ∆H° and ∆S° Using Spectroscopy
18 Pages
Lab 11.2 Determination of ∆H° and ∆S° Using Titration
18 Pages
Chapter 12: Electrochemistry
Chapter 12 Intro Material
2 Pages
Lab 12.1 Galvanic Cells
8 Pages
Lab 12.2 Electroplating and Electrolysis
12 Pages
Chapter 13: Consequences of Intermolecular Forces
Chapter 13 Intro Material
2 Pages
Lab 13.1 Viscosity
16 Pages
Lab 13.2 Surface Tension and Capillary Action
18 Pages
Chapter 14: Properties of Solutions
Chapter 14 Intro Material
2 Pages
Lab 14.1 Freezing Point Depression
16 Pages
Lab 14.2 Vapor Pressure of Solutions
20 Pages
Chapter 15: Coordination Complexes
Chapter 15 Intro Material
4 Pages
Lab 15.1 Titration Curves of Acids and Bases
12 Pages
Lab 15.2 Spectrochemical Series and Crystal Field Theory
12 Pages
Chapter 16: Organic and Biological Molecules
Chapter 16 Intro Material
2 Pages
Lab 16.1 Thin Layer Chromatography of Spinach
12 Pages
Lab 16.2 Synthesis of Aspirin
12 Pages
Appendices
Appendix A: Mathematical Techniques
14 Pages
Appendix B: Titration
2 Pages
Appendix C: Spectroscopy
2 Pages
Appendix D: Beer's Law and Calibration Curves
2 Pages
Appendix E: Organic Molecular Structure
2 Pages
Appendix F: Alternate Procedure for Lab Activity 6.1
8 Pages
Appendix G: Reference Equations
2 Pages
Index
6 Pages

General info

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