Question

Molecular models are useful for visualizing molecular shapes and for thinking about molecular properties. It is also quite common to use computer graphics to assist in vi- sualization and analysis of molecules, especially the complex ones such as proteins. A molecular model kit consists of colored centers that correspond with various common geometries and connecting joints to link the centers. Consult the instructions provided with your model kit. Build the molecular model for each of the following molecules on the next few pages. Apply Lewis Theory and VSEPR to determine (1) electron pair geometry, (2) molecular geometry (shape), (3) bonds angles, (4) molecular polarity, and (5) the hybridization on the central atom of each molecule. Hint: Draw the Lewis dot structure for each molecule before attempting to build it.

          Molecular models are useful for visualizing molecular shapes and for thinking about
molecular properties. It is also quite common to use computer graphics to assist in vi-
sualization and analysis of molecules, especially the complex ones such as proteins.
A molecular model kit consists of colored centers that correspond with various common
geometries and connecting joints to link the centers. Consult the instructions provided
with your model kit.
Build the molecular model for each of the following molecules on the next few pages.
Apply Lewis Theory and VSEPR to determine (1) electron pair geometry, (2) molecular
geometry (shape), (3) bonds angles, (4) molecular polarity, and (5) the hybridization on
the central atom of each molecule.
Hint: Draw the Lewis dot structure for each molecule before attempting to build it.

Molecular models are useful for visualizing molecular shapes and for thinking about
molecular properties. It is also quite common to use computer graphics to assist in vi-
sualization and analysis of molecules, especially the complex ones such as proteins.
A molecular model kit consists of colored centers that correspond with various common
geometries and connecting joints to link the centers. Consult the instructions provided
with your model kit.
Build the molecular model for each of the following molecules on the next few pages.
Apply Lewis Theory and VSEPR to determine (1) electron pair geometry, (2) molecular
geometry (shape), (3) bonds angles, (4) molecular polarity, and (5) the hybridization on
the central atom of each molecule.
Hint: Draw the Lewis dot structure for each molecule before attempting to build it.

Added by Jenny V.

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