Table If present, do the # of bonding electron # of lone pairs How many bonds dipoles cancel each Is this molecule Molecular Electron Geometry Steric # Geometry have a polar? dipole? groups other? Choose.. Choose... Choose... Choose... Choose - Choose Choose - Choose - CH4 Choose... Choose... Choose... Choose... Choose - Choose - Choose - Choose - NH3 Choose... Choose... Choose... Choose... Choose - Choose - Choose Choose H20 Choose... Choose... Choose... Choose.

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Using central atom what goes in chart
**Table B.1 Geometry and Polarity of Group 3 Compounds**

This table is designed to guide the analysis of molecular geometry and polarity for a selection of compounds. The columns require information to be filled in, with drop-down choices provided, for each compound listed vertically.

| Compound | Steric # | Electron Geometry | # of Bonding Electron Groups | # of Lone Pairs | Molecular Geometry | How Many Bonds Have a Dipole? | If Present, Do the Dipoles Cancel Each Other? | Is This Molecule Polar? |
|----------|----------|-------------------|-----------------------------|----------------|--------------------|------------------------------|-----------------------------------------------|------------------------|
| CH₄      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |
| NH₃      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |
| H₂O      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |
| BH₃      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |
| SO₂      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |
| CO₂      | ______   | Choose            | ______                      | ______         | Choose             | ______                       | Choose                                       | Choose                 |

The table is structured to assist in determining the steric number, electron geometry, bonding groups, lone pairs, and molecular geometry, as well as assess polarity by analyzing dipoles.
Transcribed Image Text:**Table B.1 Geometry and Polarity of Group 3 Compounds** This table is designed to guide the analysis of molecular geometry and polarity for a selection of compounds. The columns require information to be filled in, with drop-down choices provided, for each compound listed vertically. | Compound | Steric # | Electron Geometry | # of Bonding Electron Groups | # of Lone Pairs | Molecular Geometry | How Many Bonds Have a Dipole? | If Present, Do the Dipoles Cancel Each Other? | Is This Molecule Polar? | |----------|----------|-------------------|-----------------------------|----------------|--------------------|------------------------------|-----------------------------------------------|------------------------| | CH₄ | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | | NH₃ | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | | H₂O | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | | BH₃ | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | | SO₂ | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | | CO₂ | ______ | Choose | ______ | ______ | Choose | ______ | Choose | Choose | The table is structured to assist in determining the steric number, electron geometry, bonding groups, lone pairs, and molecular geometry, as well as assess polarity by analyzing dipoles.
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