Report: Molecular Geometry Charge Clouds, Bond Angles, Shape, and Polarity Complete the following steps for each molecule below. a. Draw a single valid Lewis structure for the molecule. b. Identify the number of charge clouds around the central atom. c. Identify the approximate bond angle of the charge clouds around the central atom. d. Identify the molecular geometry corresponding to the bond angles. e. Classify the species as polar or nonpolar. 1. CHCl3 Number of charge clouds = Bond angles ≈ Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal Circle: polar or nonpolar 2. SO² Number of charge clouds = Bond angles Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal Circle: polar or nonpolar

Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter1: Bond Angles And Shape
Section: Chapter Questions
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Report: Molecular Geometry
Charge Clouds, Bond Angles, Shape, and Polarity
Complete the following steps for each molecule below.
a. Draw a single valid Lewis structure for the molecule.
b. Identify the number of charge clouds around the central atom.
c. Identify the approximate bond angle of the charge clouds around the central atom.
d. Identify the molecular geometry corresponding to the bond angles.
e. Classify the species as polar or nonpolar.
1. CHCl3
Number of charge clouds =
Bond angles
≈
Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal
Circle: polar or nonpolar
2. SO²
Number of charge clouds =
Bond angles
Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal
Circle: polar or nonpolar
Transcribed Image Text:Report: Molecular Geometry Charge Clouds, Bond Angles, Shape, and Polarity Complete the following steps for each molecule below. a. Draw a single valid Lewis structure for the molecule. b. Identify the number of charge clouds around the central atom. c. Identify the approximate bond angle of the charge clouds around the central atom. d. Identify the molecular geometry corresponding to the bond angles. e. Classify the species as polar or nonpolar. 1. CHCl3 Number of charge clouds = Bond angles ≈ Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal Circle: polar or nonpolar 2. SO² Number of charge clouds = Bond angles Molecular Geometry (circle): bent linear tetrahedral trigonal planar trigonal pyramidal Circle: polar or nonpolar
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