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| Preface | ix | |
| Introduction | 1 | |
| I | Program Components | 1 |
| A | Introduction to the Working with Chemistry Program | 1 |
| B | Forming and Working in Groups | 1 |
| II | Safety in the Chemical Laboratory | 2 |
| A | Chemical Hazards: Identification and Management | 2 |
| B | Disposal of Chemical Substances | 3 |
| III | Instruments for Chemical Measurement | 3 |
| A | Handling Chemicals | 3 |
| B | Measurement by Mass | 3 |
| C | Measurement by Volume | 4 |
| Cleaning and Preparing Glassware | 4 | |
| Types of Volumetric Glassware | 5 | |
| Using Volumetric Glassware | 5 | |
| D | Techniques of Titration | 7 |
| Dispensing the Titrant | 7 | |
| Acid-Base Titrations | 7 | |
| Standards for Acid-Base Titrations | 8 | |
| E | Dilution Calculations | 8 |
| Dilution of a Known Concentration by a Known Amount | 9 | |
| Determining How Much to Dilute a Solution | 9 | |
| Finding a Concentration When Solutions Are Mixed | 9 | |
| IV | Principles of Spectrophotometric Analysis | 10 |
| A | The Measurement of Color | 10 |
| B | Absorbance and Transmittance | 11 |
| C | Deviations from Beer's Law | 12 |
| D | Spectrophotometric Samples | 12 |
| E | Using the Spectronic-20 | 13 |
| F | Calibration Curves | 14 |
| V | Quantitative Interpretation of Chemical Measurements | 15 |
| A | Chemical Reaction Stoichiometry | 15 |
| Measurement of Chemical Amount | 15 | |
| Chemical Amounts in Reactions | 16 | |
| Limiting Reactants | 17 | |
| Reaction Yield | 18 | |
| B | Uncertainty Analysis | 18 |
| Accuracy in Measurement | 19 | |
| Precision in Measurement | 19 | |
| Uncertainty Analysis and Propagation of Error | 20 | |
| C | Graphing Laboratory Data | 22 |
| Principles of Good Graphing | 22 | |
| Interpreting Graphical Data | 23 | |
| Calculating Unknowns from Graphs | 24 | |
| D | Analysis of Chemical Reaction Rates and Reaction Kinetics | 24 |
| Rate Laws | 25 | |
| Integrated Rate Laws | 26 | |
| Designing a Kinetic Study | 27 | |
| Acknowledgments | 27 | |
| Experiment Groups | ||
| A | Methods of Inquiry and Measurement: Physical and Chemical Properties | 1 |
| Physical Properties: The Glass Bead Lab | 3 | |
| Chemical Properties: The Activity Series | 7 | |
| B | Measurement of Chemical Ratios: Float an Egg | 1 |
| Use of Volumetric Glassware: The Floating Egg Problem | 3 | |
| Chemical Proportionality: Carbonate and Hydrochloric Acid | 9 | |
| C | Mass Stoichiometry | 1 |
| Skill-Building Lab: Synthesis of Metal Complexes | 3 | |
| Application Lab: Gravimetric Analysis of Phosphorus | 9 | |
| D | Metal Ions and the Blood: Treat Iron Deficiency ... and Overload | 1 |
| Skill-Building Lab: Spectrophotometry of Dyes | 3 | |
| Application Lab: Total Serum Iron Assay | 7 | |
| E | Analysis of Complex Solutions: Bloodwork Quick with a Finger Stick | 1 |
| Skill-Building Lab: Stoichiometry of a Metal-Ligand Complex | 3 | |
| Application Lab: Determination of Serum Albumin | 11 | |
| F | Acid-Base Titration and the Global Carbon Cycle: Predict Effects of Rising Levels of CO[subscript 2] | 1 |
| Skill-Building Lab: Analysis of an Antacid | 5 | |
| Application Lab: Tree Leaves and the Global Carbon Cycle | 9 | |
| G | Buffers and Life: Save a Cardiac Arrest Patient | 1 |
| Skill-Building Lab: Stabilization of pH with Buffers | 5 | |
| Application Lab: Cardiac Arrest! The Restoration of Buffers | 17 | |
| H | Measurement of Chemical Reaction Rates: Clean Up Waste Water | 1 |
| Skill-Building Lab: Hydrolysis of an Ester | 3 | |
| Application Lab: Decomposition of an Aqueous Dye | 9 | |
| I | Electrochemical Measurement: Electroplating | 1 |
| Skill-Building Lab: Electrochemical Measurement and Batteries | 3 | |
| Application Lab: Electroplating Metals | 15 | |
| J | Thermochemistry: Materials and Temperature Control | 1 |
| Skill-Building Lab: Heat Capacity and the Fireproof Safe | 3 | |
| Application Lab: The Control of Temperature in Chemical Reactions | 13 | |
| K | Ecological Element Cycles: Judge Levels of Environmental Disturbance | 1 |
| Skill-Building Lab: Analysis of Phosphorus in Water | 5 | |
| Application Lab: Nitrogen and Mud | 11 | |
| L | Equilibrium in Aqueous Solutions | 1 |
| Skill-Building Lab: K[subscript a] of an Indicator | 3 | |
| Application Lab: Equilibrium of Protein-Ligand Binding | 11 | |
| M | Gases: Collect Hydrogen Gas for Potential Use in a Fuel Cell | 1 |
| Skill-Building Lab: The Gas Laws-A Study of the Behaviors of Gases | 3 | |
| Application Lab: Hydrogen-A Clean Fuel | 11 | |
| Index | 1 |
| Price | Condition | Delivery | Seller | Action |
| $99.99 | Digital |
| WonderClub |
Kevin Gaudreault
reviewed Working with Chemistry: A Laboratory Inquiry Program on March 01, 2014
Working with Chemistry
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Add Working with Chemistry: A Laboratory Inquiry Program, An inquiry-based laboratory program for general chemistry consisting of modules that each present a scenario from the world of a chemical professional. Students build skills using important chemical concepts and techniques to the point where they are, Working with Chemistry: A Laboratory Inquiry Program to your collection on WonderClub |
