Question 9 (1 point) xxxx The image shows a polyatomic ion between an orange atom, having an electron configuration of [

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Question 9 1 Point Xxxx The Image Shows A Polyatomic Ion Between An Orange Atom Having An Electron Configuration Of 1 (83.22 KiB) Viewed 18 times

Question 9 1 Point Xxxx The Image Shows A Polyatomic Ion Between An Orange Atom Having An Electron Configuration Of 2 (75.43 KiB) Viewed 18 times

Question 9 (1 point) xxxx The image shows a polyatomic ion between an orange atom, having an electron configuration of [Ne 38²3p³ 3dº and a red atom, having an electron configuration of He 2s22p4. The dotted line represents a delocalized bond between the orange atom and the three attached red atoms. After analyzing the structure, indicate the hybridization of the orange atoms. Enter the answer in the following form: s^x p^y d^z where x, y, and z are the number of each hybridized orbital (i.e. s^1 p^2 for sp²). Leave spaces between the superscript and the next orbital and include the superscript, even if it is a 1. Delocalization of electrons is shown in Lewis structures by a dotted line. You could identify the red and orange atoms by the given electron configuration. After careful analysis and the knowledge that there are two double bonds in one of the possible resonance structures, indicate the number of electrons that are "delocalized" in the

Use the word for the number, i.e. one, two three...etc Now that you know the identity of the red and orange atoms, as well as an idea of the localization(and delocalization) of the electrons in the molecule, identify the number of sigma bonds in the molecule. Use the word for the number, i.e. one, two three...etc Identify the number of pi bonds in the molecule. Finally, what is the name of the polyatomic ion, and how many sodium ions would be required to result in a net zero charge? Input your answer as a word for the ion, with the word "ion" after it, separated from the number of sodium ions required to result in a net zero charge by a comma and a space. i.e. ion, 8 Finally...a delocalized electron pair need an unhybridized orbital. Which orbital from the orange atom is the delocalized orbital, the s, p. d, or f, orbital? Type the letter of the orbital of your choice.