Laboratory Manual: General Chemistry for the Health Professions

Author(s): Mark N Kobrak

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Kobrak’s “Laboratory Manual: General Chemistry for the Health Professions” is intended to accompany a one semester survey course in general chemistry as part of a pre-nursing or related health professions curriculum. The experiments cover a range of topics, but are connected

by a common theme of quantitative measurement and a close connection to chemical theory.

 

The book is intended for use with, “Introduction to General, Organic & Biochemistry,” by Bettelheim et al., and includes reference to the sections of the text appropriate to each experiment to help students solidfy the connection between theory and experiment. However, each experiment includes an extensive theoretical introduction that is self-contained,

making the book easy to use in any context and providing reinforcement for more conceptual course material.

Introduction: The Laboratory

Experiment 1: Density and Measurement         

Experiment 2: Introduction to Gravimetric Analysis    

Experiment 3: Synthesis of Zinc Iodide   

Experiment 4: Basics of Chemical Reactions   

Experiment 5: Conductivity and Electrochemistry

Experiment 6: The Ideal Gas Law

Experiment 7: Intermolecular Forces and Physical Properties       

Experiment 8: Determination of Molecular Weights by the Method of

Freezing-Point Depression      

Experiment 9: Titration of Strong Acids and Bases    

Experiment 10: The Rate of Reaction     

Experiment 11: Determination of Vitamin C Concentration by Iodometry

Experiment 12: Ac d-Base Equilibria and the Preparation of Buffer Solutions    

appendix 1: Graphical presentation of data

appendix 2: Logarithms      

Mark N Kobrak

Kobrak’s “Laboratory Manual: General Chemistry for the Health Professions” is intended to accompany a one semester survey course in general chemistry as part of a pre-nursing or related health professions curriculum. The experiments cover a range of topics, but are connected

by a common theme of quantitative measurement and a close connection to chemical theory.

 

The book is intended for use with, “Introduction to General, Organic & Biochemistry,” by Bettelheim et al., and includes reference to the sections of the text appropriate to each experiment to help students solidfy the connection between theory and experiment. However, each experiment includes an extensive theoretical introduction that is self-contained,

making the book easy to use in any context and providing reinforcement for more conceptual course material.

Introduction: The Laboratory

Experiment 1: Density and Measurement         

Experiment 2: Introduction to Gravimetric Analysis    

Experiment 3: Synthesis of Zinc Iodide   

Experiment 4: Basics of Chemical Reactions   

Experiment 5: Conductivity and Electrochemistry

Experiment 6: The Ideal Gas Law

Experiment 7: Intermolecular Forces and Physical Properties       

Experiment 8: Determination of Molecular Weights by the Method of

Freezing-Point Depression      

Experiment 9: Titration of Strong Acids and Bases    

Experiment 10: The Rate of Reaction     

Experiment 11: Determination of Vitamin C Concentration by Iodometry

Experiment 12: Ac d-Base Equilibria and the Preparation of Buffer Solutions    

appendix 1: Graphical presentation of data

appendix 2: Logarithms      

Mark N Kobrak