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Discuss the geometry of the central atom in following molecules as either: lin…

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Organic Chemistry 1 Textbook > The Basics (Lewis Structures, Bonding, VSEPR)

VSEPR Theory

4 Activities

Discuss the geometry of the central atom in following molecules as either:
  1. linear
  2. trigonal planar
  3. tetrahedral
  4. trigonal pyramidal
  5. bent
Include the appropriate non-distorted bond angle.

Compounds:

1. PBr3
2. BH4-
3. NMe4+
4. H2O
5. BCl3
6. Me3S+
Compound NumberGeometryApproximate Bond Angle
1
2
3
4
5
6
More VSEPR Theory Questions:
What is the approximate bond angles for the following atoms? (include angles to lone pairs as bonds)
VSEPR
Practice: VSEPR
Draw a Lewis structure and provide the bond angles at the central atom(s) for the following molecules:
NCl3
Discuss the geometry of the central atom in following compounds as either: linear, trigonal planar, tetrahedral, trigonal pyramidal, or bent. Include the appropriate bond angle.
1. PBr3
2. BH4-
VSEPR
Draw a Lewis structure and provide the bond angles at the central atom(s) for the following compounds:
1) NCl3
2) SO2
VSEPR
Draw the following molecules as they would be observed in 3d space:
1. CCl4
3.PF5
(Duplicated)
What is the molecular geometry and bond angle of the C-N-C bond in the following molecule?
VSEPR
What is the approximate bond angles for the following atoms? (include angles to lone pairs as bonds)
VSEPR
Discuss the geometry of the central atom in following compounds as either: linear, trigonal planar, tetrahedral, trigonal pyramidal, or bent. Include the appropriate bond angle.
1. PBr3
2. BH4-
VSEPR
Draw a Lewis structure and provide the bond angles at the central atom(s) for the following compounds:
1) NCl3
2) SO2