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Part a consider the structure of the amino acid

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Part AConsider the structure of the amino acid aspartic acid. Indicate the hybridization about each interior atom.Drag the appropriate labels to their respective targets.ANSWER:CorrectThe carbon atoms in positions 1 and 4, the carboxylic acid groups, have three electron groups around the atom, which results in a trigonal planar electrongeometry and requireshybridization. The carbon atoms in positions 2 and 3, oxygen atoms of thegroups, and the nitrogen atom all have fourelectron groups around the atom. Four electron groups corresponds to a tetrahedral electron geometry, which requireshybridization.Exercise 11.72 - Enhanced - with FeedbackMISSED THIS?Read Section 11.8 (Pages 470 - 483) ; WatchIWE 11.10.Part AComplete the atomic orbital (AO) and molecular orbital (MO) energy diagram forDrag the appropriate labels to their respective targets..ANSWER:HelpResetsp2OHsp3Li2+spsp2sp3sp3sp2sp3sp2sp3sp3sp3VSEPR and MO Diagrams Workshop Activity - April 22nd...17 of 384/23/2021, 9:00 PM
CorrectTwo lithium atoms have six electrons, sohas five electrons in the atomic and molecular orbitals. Electrons populate lower energy levels before higherenergy levels, so there will be an unpaired electron in themolecular orbital.HelpResetLi2+σ2s↑↓VSEPR and MO Diagrams Workshop Activity - April 22nd...18 of 384/23/2021, 9:00 PM
Part BComplete the AO and MO energy diagram for. Assume the left AO comes fromand the right AO comes fromDrag the appropriate labels to their respective targets..ANSWER:CorrectThe highest energy electron is in an antibonding orbital for.Part CUse the MO diagrams to calculate the bond order forand.Express the bond order forfollowed by the bond order forseparated by a comma.

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Term
Spring
Professor
CHURCHILL
Tags
Atom, Electron, Molecule, Chemical bond

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