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7. Predict the geometries of OF, using the VSSPR method with the following steps Step 1) Draw the skeletal structure and finish Lewis structure va lence: 2(1)t1(6)=20e -4 :F-0-F: 10 Step 2: Write the general form (Abx or ABXEY): Step 3) Table number to use (10.1 or 10.2): Step 4: Predict the geometry Step 5) Determine polarity:

7. Predict the geometries of OF, using the VSSPR method with the following steps Step 1) Draw the skeletal structure and finish Lewis structure va lence: 2(1)t1(6)=20e -4 :F-0-F: 10 Step 2: Write the general form (Abx or ABXEY): Step 3) Table number to use (10.1 or 10.2): Step 4: Predict the geometry Step 5) Determine polarity:

Organic Chemistry: A Guided Inquiry
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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7. Predict the geometries of OF, using the VSSPR method with the following steps Step 1) Draw the skeletal structure and finish Lewis structure va len ce: 2(1)+1(6)=20e- -니 :F-0-F: Step 2: Write the general form (Abx or ABXEY): Step 3) Table number to use (10.1 or 10.2): Step 4: Predict the geometry Step 5) Determine polarity:
Transcribed Image Text:7. Predict the geometries of OF, using the VSSPR method with the following steps Step 1) Draw the skeletal structure and finish Lewis structure va len ce: 2(1)+1(6)=20e- -니 :F-0-F: Step 2: Write the general form (Abx or ABXEY): Step 3) Table number to use (10.1 or 10.2): Step 4: Predict the geometry Step 5) Determine polarity:
pyright The McGraw-Hill Companies, Inc. Permission required for reproduction or displa Table 10.2 Geometry of Simple Molecules and lons in Which the Central Atom Has One or More Lone Pairs Arrangement of Electron Pairs About a Central Atom (A) in a Molecule and Geometry of Some Simple Molecules and lons in Which the Central Atom Has No Lone Pairs Table 10.1 Number of Arrangement of Electron Pairs Geometry of Molecule or lon Class of Total Number of Number of Molecule Electron Pairs Bonding Pairs Lone Pairs Examples Arrangement of Electron Pairs* Number of Molecular Geometry Electron AB,E 3. Bent Pairs Examples Trigonal planar SO, 180 BeCl,, HgCl2 B-A-B Trigonal Pyramidal AB,E Linear Linear Tetrahedral NH, 120 BF, AB,E Bent Tetrahedral Trigonal planar Trigonal planar Distorted letrahedron (or seesaw) 109.5 AB,E CH4, NH 4 Trigonal bipyramidal SF Tetrahedral Tetrahedral AB,E B- T-shaped Trigonal bipyramidal CIF, PCI5 AB,E, Linear 120° Trigonal bipyramidal Trigonal bipyramidal Trigonal bipyramidal ambs pyramidal AB,E 90 Octahedral BF, 90- SF ABE Square planar Octahedral XeF, Octahedral Octahedral "The cokwed lines are wed o how dhe overall shape, bond
Transcribed Image Text:pyright The McGraw-Hill Companies, Inc. Permission required for reproduction or displa Table 10.2 Geometry of Simple Molecules and lons in Which the Central Atom Has One or More Lone Pairs Arrangement of Electron Pairs About a Central Atom (A) in a Molecule and Geometry of Some Simple Molecules and lons in Which the Central Atom Has No Lone Pairs Table 10.1 Number of Arrangement of Electron Pairs Geometry of Molecule or lon Class of Total Number of Number of Molecule Electron Pairs Bonding Pairs Lone Pairs Examples Arrangement of Electron Pairs* Number of Molecular Geometry Electron AB,E 3. Bent Pairs Examples Trigonal planar SO, 180 BeCl,, HgCl2 B-A-B Trigonal Pyramidal AB,E Linear Linear Tetrahedral NH, 120 BF, AB,E Bent Tetrahedral Trigonal planar Trigonal planar Distorted letrahedron (or seesaw) 109.5 AB,E CH4, NH 4 Trigonal bipyramidal SF Tetrahedral Tetrahedral AB,E B- T-shaped Trigonal bipyramidal CIF, PCI5 AB,E, Linear 120° Trigonal bipyramidal Trigonal bipyramidal Trigonal bipyramidal ambs pyramidal AB,E 90 Octahedral BF, 90- SF ABE Square planar Octahedral XeF, Octahedral Octahedral "The cokwed lines are wed o how dhe overall shape, bond
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