57. Sulfur dioxide can be described by the structures: :0 This implies that (A)the two bonds in SO₂ are of equal length, and the electronic distribution in the two SO bonds is identical. (B)the single bond is longer than the double bond and the electronic distribution in the two SO bonds is different. (C)an electron pair in the SO₂ molecule alternates back and forth between the two sulfur-oxygen electron pairs so that the two different bonds seem to exchange positions. (D)the SO₂ molecule revolves so that the two different bonds seem to exchange positions.
57. Sulfur dioxide can be described by the structures: :0 This implies that (A)the two bonds in SO₂ are of equal length, and the electronic distribution in the two SO bonds is identical. (B)the single bond is longer than the double bond and the electronic distribution in the two SO bonds is different. (C)an electron pair in the SO₂ molecule alternates back and forth between the two sulfur-oxygen electron pairs so that the two different bonds seem to exchange positions. (D)the SO₂ molecule revolves so that the two different bonds seem to exchange positions.
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:57. Sulfur dioxide can be described by the structures:
:0
This implies that
(A)the two bonds in SO₂ are of equal length, and the electronic distribution in the two SO bonds is
identical.
(B)the single bond is longer than the double bond and the electronic distribution in the two SO bonds is
different.
(C)an electron pair in the SO₂ molecule alternates back and forth between the two sulfur-oxygen
electron pairs so that the two different bonds seem to exchange positions.
(D)the SO₂ molecule revolves so that the two different bonds seem to exchange positions.
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