Only need help on number one with chart. I only need the hydbridization part. I UI valenčé electrons for an atomdraw valence orbital energy diagrams (recall how each orbital is shaped)draw Lewis structures, identify electron groups, and use VSEPR to predict bond angles1. The first key to success with VB theory will be to understand the connection between bond angles and unenumber of electron groups. Complete the first three columns (leave the last column blank for now) 0n thetable below without looking up the chart in your book.ElectronHybridization(wait for #9 to fill this column)DomainsElectron GeometryBond Angle(s)180°120°linear3.trigonal planarTetrahedral 2109.g" ,!09.6°TrigenalhipyramidalDotahedral490°, 120°, 18090°, 180°2. Next you will need to be able to draw valence orbital electron energy level diagrams to identify what orbitalscan overlap to form bonds. Using the provided example as a guide, write valence orbital diagrams for thebelow atoms. Then determine the number of bonds that could form by counting the singly occupied orbitals.Does this match what is expected for some known molecules with these atoms?CI [Ne] 11 14113pH3s1s15251s253. Remember that VB theory describes bonds as orbitals overlapping. What orbitals would overlap in H-Cl?

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groups, and use VSEPR to predict bond angles The first key to success with VB theory will be to understand the connection between bond angles ana number of electron groups. Complete the first three columns (leave the last column blank for now) of table below without looking up the chart in your book. Electron Hybridization (wait for #9 to fill this cola Domains Electron Geometry Bond Angle(s) 180 linear 3. trigonal planar 120° Tetrahedral 4109-go , 109.6° Trigenal 4 90 Ootanedral 90°, 180°

groups, and use VSEPR to predict bond angles The first key to success with VB theory will be to understand the connection between bond angles ana number of electron groups. Complete the first three columns (leave the last column blank for now) of table below without looking up the chart in your book. Electron Hybridization (wait for #9 to fill this cola Domains Electron Geometry Bond Angle(s) 180 linear 3. trigonal planar 120° Tetrahedral 4109-go , 109.6° Trigenal 4 90 Ootanedral 90°, 180°

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter1: Bond Angles And Shape

Section: Chapter Questions

Problem 14CTQ: A student draws the picture of ammonia (NH3) in the box below, left, and predicts it will be a...

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