Molecular Models Lab
N2
Name________________________________________________________________
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
CN-
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Cl2
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
BeH2
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
CO2
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
O3
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
BF3
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
COCl2
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
XeO3
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
OH-
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
H2O
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
H3O+
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
PCl3
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
PCl5
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
I3-
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
SF2
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
SF4
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
SF6
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
XeF4
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
BF4-
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
methane
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
NH3
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
NH4+
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
ethene
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
ethyne
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Acetic acid
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Acetate ion
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e# Bonding e-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
[Type text]
Carbonic acid
Lewis Structure
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Bicarbonate ion
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Carbonate ion
Lewis Structure
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar
VSEPR
Formula
3-D Drawing
Electronic
Geometry
# Valence e-
# Bonding e
-
# Lone Pair e
Central Atom
Hybridization
Molecular
Geometry
Approximate
Bond Angle
Polar or
Nonpolar