IMF
Lewis Dot Structure
gEometry
geoMetry
Molecular Geometry
100
Molecules are connected to other molecules by these
What are intermolecular forces?
100
Carbon can make this many bonds
What is 4?
100
Electron geometry is the structure of a molecule based on the number of _________
What is the number of electron groups?
100
Molecular geometry is the structure of a molecule based on the ratio of _________
What is the ratio of lone pairs to bonded pairs?
100
The molecular geometry of BF3
What is Trigonal planar
200
This is the strongest intermolecular force
What is hydrogen bonding?
200
This Lewis Dot structure is the correct structure for H2O
What is
200
Electron groups are these two things
What are lone pairs and bonded pairs?
200
The molecular geometry of a molecule with 3 bonded pairs and no lone pairs
What is trigonal planar?
200
the molecular geometry of CO2
linear
300
Nonpolar molecules can only form this type of intermolecular force
What is london dispersion force?
300
Phosphorus has this many valence electrons
What is 5?
300
The electron geometry "tetrahedral" is for this number of electron groups
What is 4 electron groups?
300
The molecular geometry of a molecule with 2 bonded pairs and 2 lone pairs
What is bent?
300
The molecular geometry of CCl4
tetrahedral
400
These three elements are the only ones capable of hydrogen bonding
What are Nitrogen, Oxygen, and Fluorine?
400
This element can have up to 12 electrons (6 pairs)
What is Xenon or Sulfur?
400
If there are 6 electron groups then the electron geometry is _____________
What is octahedral?
400
The molecular geometry of a molecule with 3 bonded pairs and o lone pairs
What is T-planar?
400
molecular geometry of H20
bent
500
Give the polarity and IMF of the molecule:
What is polar and dipole-dipole?
500
This is the Lewis Dot structure for NCl3
What is
500
If there are 5 electron pairs then the electron geometry is this
What is trigonal bipyramidal?
500
The molecular geometry of a molecule with 3 bonded pairs and 1 lone pair
What is trigonal pyramidal?
500
the geometry of PCL5
trigonal bipyramidal