Of2 Molecular Geometry
Have you determined the electronic geometry, molecular geometry and maximum bond angle for each of the following molecules? 3
1 Determine the electronic geometry of each molecule.
2 Determine the molecular geometry of each molecule.
3 Find the ideal bond angle for each molecule.
4 When do you expect deviations from the ideal ■■■■■ angle?
a) CF4.
(b) NF3.
(c) OF2
(D) H2S
1. They are all tetrahedrals.
2. a is a tetrahedral, b is a triangular pyramid, c and d is a curve.
3. All 109.5 degrees
4. All compounds except CF4 because it has no isolated pair.
Of2 Molecular Geometry
Of2 Molecular Geometry
Have you determined the electronic geometry, molecular geometry, and the best bond angle for each of the following molecules? 3
1 Determine the electronic geometry of each molecule.
2 Determine the molecular geometry of each molecule.
3 Find the ideal bond angle for each molecule.
4 In which cases would you expect a deviation from the ideal bond angle?
a) CF4
(b) NF3
(c) OF2
(d) H2S
1. They are all tetrahedral.
2.a is a tetrahedral, b is a triangular pyramid, c and d is a curve
3. All 109.5 degrees
4. All compounds except CF4 because there are no isolated pairs ...
Molecular Geometry by 2
H2s molecular geometry
Of2 Molecular Geometry
Of2 Molecular Geometry
This page can help you.
D:
Have you determined the electronic geometry, molecular geometry and the best bond angle for each of the following molecules?
1 Determine the electronic geometry of each molecule.
2 Determine the molecular geometry of each molecule.
3 Find the ideal bond angle for each molecule.
4 In which cases would you expect deviation from the ideal axis angle?
a) CF4
(b) NF3
(c) OF2
(d) H2S
The bond angle in question 3 is 103 degrees (less than 109.5 degrees, as opposed to the general trend of tetrahedral shapes) because the molecule has 2 solitary pairs and solitary pairs change angles.
I wanted to ask the same question this morning.
