Lab Manual for Chemistry: Atoms First
by Dieckmann, Gregg; Sibert, JohnEdition: 2nd
Format: Spiral Bound
Pub. Date: 2014-01-13
Publisher(s): McGraw-Hill Education
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Summary
Laboratory Manual to Accompany Chemistry: Atoms First by Gregg Dieckmann and John Sibert from the University of Texas at Dallas. This laboratory manual presents a lab curriculum that is organised around an atoms-first approach to general chemistry. The philosophy behind this manual is to (1) provide engaging experiments that tap into student curiosity, (2) emphasize topics that
students find challenging in the general chemistry lecture course, and (3) create a laboratory environment
that encourages students to “solve puzzles” or “play” with course content and not just “follow recipes.” The laboratory manual represents a terrific opportunity to get students turned on to science while creating an environment that connects the relevance of the experiments to a greater understanding of their world. This manual has been written to provide instructors with tools that
engage students, while providing important connections to the material covered in an atoms-first lecture course.
Table of Contents
Laboratory 1 Exploration of Matter through Density Determinations: An Introduction to Basic Laboratory Measurements Laboratory 2 The Discovery of Chemical Change Through the Chemistry of Copper: An Observational Preview of First-Semester General Chemistry Laboratory 3 Light and Nanotechnology: How Do We “See” Something Too Small to See? Laboratory 4 Shedding Light on the Structure of the Atom Laboratory 5 Periodic Trends: Densities in the Chromium Family of Transition Metals Laboratory 6 Molecular Geometry and Polarity Laboratory 7 Percent Composition from Gravimetric Analysis: Calcium Carbonate in Texas Limestone Laboratory 8 Limiting Reactant Lab Laboratory 9 Qualitative Analysis: Testing the Solubility Rules Laboratory 10 Titration I. Determination of an Unknown Diprotic Acid Through Volumetric Analysis Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 3 Light and Nanotechnology: How Do We “See” Something Too Small to See? Laboratory 4 Shedding Light on the Structure of the Atom Laboratory 5 Periodic Trends: Densities in the Chromium Family of Transition Metals Laboratory 6 Molecular Geometry and Polarity Laboratory 7 Percent Composition from Gravimetric Analysis: Calcium Carbonate in Texas Limestone Laboratory 8 Limiting Reactant Lab Laboratory 9 Qualitative Analysis: Testing the Solubility Rules Laboratory 10 Titration I. Determination of an Unknown Diprotic Acid Through Volumetric Analysis Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 5 Periodic Trends: Densities in the Chromium Family of Transition Metals Laboratory 6 Molecular Geometry and Polarity Laboratory 7 Percent Composition from Gravimetric Analysis: Calcium Carbonate in Texas Limestone Laboratory 8 Limiting Reactant Lab Laboratory 9 Qualitative Analysis: Testing the Solubility Rules Laboratory 10 Titration I. Determination of an Unknown Diprotic Acid Through Volumetric Analysis Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 7 Percent Composition from Gravimetric Analysis: Calcium Carbonate in Texas Limestone Laboratory 8 Limiting Reactant Lab Laboratory 9 Qualitative Analysis: Testing the Solubility Rules Laboratory 10 Titration I. Determination of an Unknown Diprotic Acid Through Volumetric Analysis Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 9 Qualitative Analysis: Testing the Solubility Rules Laboratory 10 Titration I. Determination of an Unknown Diprotic Acid Through Volumetric Analysis Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 11 The Activity Series: On the Chemistry of Metals Laboratory 12 Calorimetry Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 13 Gas Laws: Boyle’s Law and Experimental Determination of the Ideal Gas Constant Laboratory 14 A Capstone Experience: Toward the Creation of an Automobile Airbag Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 15 On the Nature of Solutions: Polarity, Energy, and Properties Laboratory 16 Molar Mass Determination Through Freezing Point Depression Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 17 Kinetics—The Hydrolysis of p-Nitrophenyl Acetate Laboratory 18 Determination of the Equilibrium Constant of Phenolphthalein Dissociation Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 19 Le Châtelier’s Principle: On the Effect of Concentration and Temperature on Equilibrium Laboratory 20 Titration II. pH Titration Curves Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 21 Determining the Molar Solubility Product of Copper(II) Tartrate Laboratory 22 Thermodynamics of Formation of a Borax Solution Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 23 Galvanic Cells and the Measurement of Cell Potential Laboratory 24 Color Changes in Ionizing Foot Baths? (Testing Marketing Claims: A Case Study) Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
Laboratory 25 The Formation and Reactivity of Esters: A Bridge from General to Organic Chemistry
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