In the CH4 molecule, what is the hybridization (sp, sp2, sp3,
etc.) on the central atom? What type of bonds are between the C and
H atoms? What types of orbitals and/or hybrid orbitals overlap to
make the bonds?
- If the hybridization of orbitals on the central atom in a
molecule is sp2. The electron-domain geometry around
this central atom is __________.
- The hybridization of the
central atom in the square planar molecule is __________. Determine
the type of angle ----------------in such a molecules.
-If the hybridization of central
atom in a molecule is sp3, what will be the bond angle and electron
domain geometry. __________. -----------,
Provide the hybridization (sp3, sp2 or sp) for
all carbon, nitrogen and oxygen atoms for the following
molecule:
CH3CH=NH
Draw the atomic orbitals for each atom
(balloon-type), with correct geometry, overlapping to form
sigma or pi bonds for the entire molecule.
For each molecule:
draw the Lewis structure, state the hybridization of the central
atom, state the electron and molecular geometry and draw a 3D
representation of the geometry.
a. IF3
b. BF3
Make a sketch that shows a carbon atom and the molecule it is a
part of before soil is wet. A second sketch should show the same
carbon atom now as a part of CO2 in the atmosphere.
Describe what happened to cause the carbon atom to become a part of
a different molecule.
Use Examples 4.16 to determine the hybridization for
each central atom ( respectively C, C, O, N)in the following
molecule:
CH3COONH2
Group of answer choices
sp3, sp2, sp2, sp3
sp3, sp2, sp, sp2
sp3, sp2, sp , sp3d
sp3, sp2, sp3, sp3