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Determine whether the following hypothetical compounds are polar or nonpolar. Briefly explain how you can tell. a. A compound with a tetrahedral molecular geometry in which all four bonds are to four atoms of the same element. b. A compound with a tetrahedral molecular geometry in which two of the bonds are polar bonds to two fluorine atoms and two of the bonds are nonpolar bonds to two hydrogen atoms. c. A trigonal pyramidal compound that contains one polar bond.

Determine whether the following hypothetical compounds are polar or nonpolar. Briefly explain how you can tell. a. A compound with a tetrahedral molecular geometry in which all four bonds are to four atoms of the same element. b. A compound with a tetrahedral molecular geometry in which two of the bonds are polar bonds to two fluorine atoms and two of the bonds are nonpolar bonds to two hydrogen atoms. c. A trigonal pyramidal compound that contains one polar bond.

Living by Chemistry
Living by Chemistry
2nd Edition
ISBN:9781464142314
Author:Angelica M. Stacy
Publisher:Angelica M. Stacy
ChapterU2: Smells: Molecular Structure And Properties
Section: Chapter Questions
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1. Determine whether the following hypothetical compounds are polar or nonpolar. Briefly explain how you can tell. a. A compound with a tetrahedral molecular geometry in which all four bonds are to four atoms of the same element. b. A compound with a tetrahedral molecular geometry in which two of the bonds are polar bonds to two fluorine atoms and two of the bonds are nonpolar bonds to two hydrogen atoms. c. A trigonal pyramidal compound that contains one polar bond. d. A trigonal pyramidal compound that contains only nonpolar bonds. e. A compound in which the central atom has two lone pairs and forms polar bonds to three fluorine atoms. f. A compound in which the central atom has three lone pairs and forms polar bonds to two fluorine atoms.
Transcribed Image Text:1. Determine whether the following hypothetical compounds are polar or nonpolar. Briefly explain how you can tell. a. A compound with a tetrahedral molecular geometry in which all four bonds are to four atoms of the same element. b. A compound with a tetrahedral molecular geometry in which two of the bonds are polar bonds to two fluorine atoms and two of the bonds are nonpolar bonds to two hydrogen atoms. c. A trigonal pyramidal compound that contains one polar bond. d. A trigonal pyramidal compound that contains only nonpolar bonds. e. A compound in which the central atom has two lone pairs and forms polar bonds to three fluorine atoms. f. A compound in which the central atom has three lone pairs and forms polar bonds to two fluorine atoms.
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