The empty valence molecular orbital diagram for the cyanide ion, CN', is shown below. a. Fill in the valence electrons for cyanide ion, CN", and calculate its bond order. 8. b. Is the calculated bond order consistent with the bonding in the Lewis structure of the cyanide ion? Circle one: YES NO Explain your choice. c. Which one has the longest bond? Circle one: CN' CN CN Explain your choice. d. Which one is predicted to be paramagnetic? Circle one: CN' CN CN Explain your choice.

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Chapter1: Bond Angles And Shape
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The empty valence molecular orbital diagram for the cyanide ion, CN', is shown below.
8.
a. Fill in the valence electrons for cyanide ion, CN", and calculate its bond order.
b. Is the calculated bond order consistent with the bonding in the Lewis structure of
the cyanide ion? Circle one: YES NO Explain your choice.
c. Which one has the longest bond? Circle one: CN' CN CN
Explain your choice.
d. Which one is predicted to be paramagnetic? Circle one: CN' CN CN
Explain your choice.
Transcribed Image Text:The empty valence molecular orbital diagram for the cyanide ion, CN', is shown below. 8. a. Fill in the valence electrons for cyanide ion, CN", and calculate its bond order. b. Is the calculated bond order consistent with the bonding in the Lewis structure of the cyanide ion? Circle one: YES NO Explain your choice. c. Which one has the longest bond? Circle one: CN' CN CN Explain your choice. d. Which one is predicted to be paramagnetic? Circle one: CN' CN CN Explain your choice.
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