Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course
Calculating theoretical and percent yield is a fundamental skill for the laboratory. This book primarily targets Organic Chemistry Laboratory courses at the high school or college and university level, as a supplemental resource to help students master this skill. It begins with simple examples from everyday life, demonstrates the importance of balancing the equation, addresses the role of the mole in these computations, discusses different types of liquids, considers the role of significant figures, and culminates with the planning of syntheses. There are suggestions for further reading as well as practice problems and questions to ensure mastery.

  • Begins with examples from everyday life that enable students to understand the concepts of theoretical and percent yield before applying those concepts to the laboratory.
  • Addresses the necessity of balancing the reaction equation, the centrality of the mole in these calculations, and the role of significant figures in reporting the answer.
  • Explains how to approach the calculations when using neat liquids or solutions.
  • The culmination of this text is the use of the same thought processes to plan the amounts of reactants needed for syntheses of desired quantities of product.
  • All of the problems in the book include detailed solutions with accompanying text to explain the answers and ancillaries also include suggestions for further reading.
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Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course
Calculating theoretical and percent yield is a fundamental skill for the laboratory. This book primarily targets Organic Chemistry Laboratory courses at the high school or college and university level, as a supplemental resource to help students master this skill. It begins with simple examples from everyday life, demonstrates the importance of balancing the equation, addresses the role of the mole in these computations, discusses different types of liquids, considers the role of significant figures, and culminates with the planning of syntheses. There are suggestions for further reading as well as practice problems and questions to ensure mastery.

  • Begins with examples from everyday life that enable students to understand the concepts of theoretical and percent yield before applying those concepts to the laboratory.
  • Addresses the necessity of balancing the reaction equation, the centrality of the mole in these calculations, and the role of significant figures in reporting the answer.
  • Explains how to approach the calculations when using neat liquids or solutions.
  • The culmination of this text is the use of the same thought processes to plan the amounts of reactants needed for syntheses of desired quantities of product.
  • All of the problems in the book include detailed solutions with accompanying text to explain the answers and ancillaries also include suggestions for further reading.
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Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course

Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course

by Michael S. Leonard
Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course
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Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course

Calculating Theoretical Yield Is Not Impossible!: A Primer for an Organic Chemistry Lab Course

by Michael S. Leonard

Overview

Calculating theoretical and percent yield is a fundamental skill for the laboratory. This book primarily targets Organic Chemistry Laboratory courses at the high school or college and university level, as a supplemental resource to help students master this skill. It begins with simple examples from everyday life, demonstrates the importance of balancing the equation, addresses the role of the mole in these computations, discusses different types of liquids, considers the role of significant figures, and culminates with the planning of syntheses. There are suggestions for further reading as well as practice problems and questions to ensure mastery.

  • Begins with examples from everyday life that enable students to understand the concepts of theoretical and percent yield before applying those concepts to the laboratory.
  • Addresses the necessity of balancing the reaction equation, the centrality of the mole in these calculations, and the role of significant figures in reporting the answer.
  • Explains how to approach the calculations when using neat liquids or solutions.
  • The culmination of this text is the use of the same thought processes to plan the amounts of reactants needed for syntheses of desired quantities of product.
  • All of the problems in the book include detailed solutions with accompanying text to explain the answers and ancillaries also include suggestions for further reading.

Product Details

ISBN-13: 9781032959719
Publisher: CRC Press
Publication date: 02/25/2025
Pages: 104
Product dimensions: 6.00(w) x 9.00(h) x (d)

About the Author

Michael S. Leonard earned his B.A. in Chemistry from Goucher College in 1998 under the direction of Professor David E. Horn. He then transitioned to the University of Pennsylvania for his doctoral studies in the laboratory of Professor Madeleine M. Joullié. After obtaining his Ph.D. in 2003, he joined the faculty of Washington & Jefferson College, where he is a Professor of Chemistry.

Table of Contents

Chapter 1: What is theoretical yield anyway?

Chapter 2: A balanced reaction equation: The key to everything!

Chapter 3: Dealing with chemical reactions: The mole

Chapter 4: What if a reactant or product is a neat liquid?

Chapter 5: What if a reactant is a solution?

Chapter 6: Using one reagent in excess

Chapter 7: Significant figures

Chapter 8: Planning a synthesis: How much reactant to use?

Chapter 9: Practice problems

Chapter 10: Solutions to practice problems

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