A. Given the Lewis Structure and molecular geometry, predict if each substance is polar or nonpola Molecule Lewis Structure Molecular Geometry Polarity N2 :NEN: Linear SO2 Bent BF3 Trigonal Planar HCN H-C=N: Linear

Chemistry: Matter and Change
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Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom
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Chapter8: Covalent Bonding
Section8.4: Molecular Shapes
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A. Given the Lewis Structure and molecular geometry, predict if each substance is polar or nonpolar.
Molecule
Lewis Structure
Molecular Geometry
Polarity
:NEN:
N2
Linear
SO2
Bent
BF3
Trigonal Planar
H-C=N:
HCN
Linear
F
CH:F2
Tetrahedral
H "H
H
Transcribed Image Text:A. Given the Lewis Structure and molecular geometry, predict if each substance is polar or nonpolar. Molecule Lewis Structure Molecular Geometry Polarity :NEN: N2 Linear SO2 Bent BF3 Trigonal Planar H-C=N: HCN Linear F CH:F2 Tetrahedral H "H H
A. Identify the IMFA present between molecules of each compound. Compare the IMF of the
three molecules below and rank them from (1 - 3) in terms of increasing strength of IMFA, 3
being the weakest and 1 being the strongest IMFA among the three.
Rank (in
terms of
IMFA Between
Boiling
IMFA
Compound
Lewis Structure
Molecules
Point
strength)
Water
100°C
H---0-H
78.37°
Ethanol
|
II
II
I -C -- C-
Hexane
68°C
Transcribed Image Text:A. Identify the IMFA present between molecules of each compound. Compare the IMF of the three molecules below and rank them from (1 - 3) in terms of increasing strength of IMFA, 3 being the weakest and 1 being the strongest IMFA among the three. Rank (in terms of IMFA Between Boiling IMFA Compound Lewis Structure Molecules Point strength) Water 100°C H---0-H 78.37° Ethanol | II II I -C -- C- Hexane 68°C
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