What are Diastereomers? - Definition, Examples & Separation

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question 1 of 3

If two chemical compounds have the same chemical formula, the same atom connectivity, but they differ in the way they occupy three-dimensional space, they are classified as _____.

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1. How many different substituents does a carbon atom need to be bonded to in order for it to be considered a stereocenter?

2. What is the stereochemical relationship between the following compounds?

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About This Quiz & Worksheet

Find out what you know about diastereomers with this multiple-choice quiz. Questions will cover topics like the classification of two otherwise-similar chemical compounds that occupy three-dimensional space differently and the number of different substituents a carbon atom needs to be bonded to in order for it to be classified as a stereocenter.

Quiz & Worksheet Goals

Quiz your knowledge of the following areas:

  • Determining the stereochemical relationship between given compounds
  • Two compounds with exactly opposite stereochemical configurations relative to one another
  • Whether or not compounds are diastereomers of each other

Skills Practiced

  • Information recall - access the knowledge you've gained regarding the term for two chemical compounds with the same chemical formula and atom connectivity but different ways of occupying three-dimensional space
  • Making connections - use your understanding of chemical compounds and how they're connected to each other via a stereochemical relationship
  • Knowledge application - use your knowledge to answer a question about the number of different substituents a carbon atom must be bonded to in order for it to be considered a stereocenter

Additional Learning

Keep learning about chemical compounds in the lesson called What are Diastereomers? - Definition, Examples & Separation. You'll be covering these topics at greater length:

  • Example of a carbon atom with hydrogen, fluorine and bromine bonds
  • Compounds that do not mirror each other
  • Recrystallization process
  • Distillation
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