Fulminate Ion: Resonance Struct & Most Important Contributor

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The fulminate ion (CNO-) possesses three resonance structures, similar to the cyanate ion (NCO-). The most significant contributor to the resonance hybrid is often debated, with factors such as charge distribution and electronegativity playing key roles. The instability of the fulminate ion can be attributed to its high energy configuration and the presence of a highly electronegative nitrogen atom. Understanding resonance and stability definitions in the context of these ions is crucial for accurate analysis. Overall, the discussion emphasizes the complexity of resonance structures in determining ion stability.
elliotyang
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Like the cyanate ion (NCO-), the fulminate ion (CNO-) has three resonance structures. Which is the most important contributor to the resonance hybrid? Suggest a reason fro the instability of fulminate.
 
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Please follow the template. This looks like the statement of the question you are trying to answer, but you haven't included relevant equations (or other information) and you haven't included your attempt at an answer.

Has your professor defined what resonance is? Are there different times? How has your class defined stability?
 
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