SOLVED: Molecule Lewis formula # of e- groups Electron geometry Molecular shape Approximate Bond angles SO2 6-5-6 SO3 8-120-0 HCN H-C≡N CH4 H-C-H CO2 XeF6 XeF2

SO3 Molecular Geometry / Shape and Bond Angles (Sulfur Trioxide)
SO3 Molecular Geometry / Shape and Bond Angles (Sulfur Trioxide)

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Molecule Lewis formula
# of e- groups
Electron geometry
Molecular shape
Approximate Bond angles
SO2
6-5-6
SO3
8-120-0
HCN
H-C≡N
CH4
H-C-H
CO2
XeF6
XeF2

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05:14

MoleculeLewis Structure#”Items” Around Central AtomMolecular GeometryBond AngleSbH3NH;HCN

05:41

help

04:05

03:52

Using VSEPR, predict bond angles about each atom of carbon, nitrogen, and oxygen in these molecules: (a) CH3CH2CH2OH, (b) CH3CH2FC-H, (c) CH3CH=CH2, (d) CH3-CH2-CH3, (e) CH3-CH2-CH2-CH3, (f) CH3-CH2-N-CH3.

Transcript

All right, so we have a number of lewis structures here and we want to fill out the rest of the chart describing the geometries and shapes and bond angles and such okay. So the number of electron groups, i’m assuming means around the central atom. That includes any section of bonds, whether it’s a single bond, a double bond or a triple bond, or a lone pair. So for the first 1 we have this double body region, that’s 1. This is 2 and then this lone pairs, 33 electron domains or groups. Here we have 123 domains. All of them are double bonds who have 121234123, and here we have 1234 bonds and 2 lone pairs makes a total of 6 point all right now. What’S the electron geometry, that’s based solely on the number of electron groups, so lone pairs are treated the same as bonds. So, if you have 3 electron groups, that’s going to be trigonal plainer same thing here: trigonal planer, 2 electron groups is linear. 4 is tetrahedral and 3 is trigonal. Planer again, 6 is octahedrol all…

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You are watching: SOLVED: Molecule Lewis formula # of e- groups Electron geometry Molecular shape Approximate Bond angles SO2 6-5-6 SO3 8-120-0 HCN H-C≡N CH4 H-C-H CO2 XeF6 XeF2. Info created by THVinhTuy selection and synthesis along with other related topics.

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