Apply the VSEPR Theory

What is the VSEPR notation of ?

Shown below is the correct lewis structure for the molecule. Provide the electron pair geometry and the molecular geometry of the molecule. (This lewis structure is not intended to convey the actual geometry of the molecule. You must determine the geometry using VSEPR).

Shown below is the correct lewis structure for the molecule. Provide the electron pair geometry and the molecular geometry of the molecule. (This lewis structure is not intended to convey the actual geometry of the molecule. You must determine the geometry using VSEPR).

Shown below is the correct lewis structure for the molecule. Provide the electron pair geometry and the molecular geometry of the molecule. (This lewis structure is not intended to convey the actual geometry of the molecule. You must determine the geometry using VSEPR).

Shown below is the correct lewis structure for the molecule. Provide the electron pair geometry and the molecular geometry of the molecule. (This lewis structure is not intended to convey the actual geometry of the molecule. You must determine the geometry using VSEPR).

For the molecule below, draw a perspective sketch of the molecule that clearly shows the molecular geometry using lines, dashes, and wedges. Hint: The correct answer is NOT a Lewis structure, and you do not need to show any lone electron pairs, although you may want to first draw Lewis structures on scrap paper. Indicate the bond angles around the central atom.

MOLECULE:

Are the bond angles in  ideal?

Are the bond angles in ideal?

Are the bond angles in ideal?

What is the VSEPR notation of ?

What is the VSEPR notation of ?

Using VSEPR theory, draw a picture that clearly shows the geometry of the molecule using lines, dashes, and wedges to connect the atoms. It might be helpful to first draw a Lewis structure first before determining the geometry of the molecule. Do not draw lone pairs on the terminal atoms, and consider that this molecule has more than one central atom. 

Molecule:

(Hint: the atoms are bonded in the same manner as they are written in the molecular formula).

Using VSEPR theory, draw a picture that clearly shows the geometry of the molecule using lines, dashes, and wedges to connect the atoms. It might be helpful to first draw a Lewis structure first before determining the geometry of the molecule. Do not draw lone pairs on the terminal atoms, and consider that this molecule has more than one central atom. 

Molecule:

(Hint: the atoms are bonded in the same way that they are written in the molecular formula)

Are the bond angles in ideal?

Are the bond angles in ideal?