NAME MOLECULAR GEOMETRY ACTIVITY 2 1 TOTAL Bonds on Lone Pairs Electron Geometry Molecule Sketch and Bond Angle(s) DOMAINS Central Geometry Note that NO bond angle exists unless there are at least 2 different bonds to central atom. on Atom Central Atom 4

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter6: Covalent Bonding
Section: Chapter Questions
Problem 5QRT
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NAME
MOLECULAR GEOMETRY ACTIVITY
1
ТОTAL
Bonds on
Lone Pairs Electron Geometry
Molecule
Sketch and Bond Angle(s)
DOMAINS Central
Geometry
Note that NO bond angle exists unless
on
there are at least 2 different bonds to
central atom.
Atom
Central
Atom
4
6.
QUESTIONS:
Transcribed Image Text:NAME MOLECULAR GEOMETRY ACTIVITY 1 ТОTAL Bonds on Lone Pairs Electron Geometry Molecule Sketch and Bond Angle(s) DOMAINS Central Geometry Note that NO bond angle exists unless on there are at least 2 different bonds to central atom. Atom Central Atom 4 6. QUESTIONS:
NAME
MOLECULAR GEOMETRY ACTIVITY
DIRECTIONS:
1. Log onto a computer and navigate to this web page: www.phet.colorado.edu
2. Click "play with SIMULATIONS", then select the CHEMISTRY simulations.
3. Open the "MOLECULE SHAPES" Simulation and run it.
4. Click MODEL.
5. Toggle the check boxes for: MOLECULE GEOMETRY, ELECTRON GEOMETRY, and SHOW BOND ANGLE.
Your task is to build molecules with varying numbers of DOMAINS. A DOMAIN is a group of electrons attached to a
central atom. Single bonds, double bonds and triple bonds are each a single domain. Also lone pairs are a domain.
according to the directions supplied. For each molecule, note its Molecular Geometry, ELECTRON GEOMETRY, and its
BOND ANGLE. Also make a simple sketch of the molecule. The molecule can be rotated for easier viewing. Once
you've completed each section, you'll be asked to draw some conclusions.
TOTAL
Bonds on
Lone Pairs Electron Geometry
Molecule
Sketch and Bond Angle(s)
DOMAINS
Central
on
Geometry
Note that NO bond angle exists unless
Atom
Central
there are at least 2 different bonds to
central atom.
Atom
1
1
2
1
1
3
3
1
1
2
4
4
3
1
Transcribed Image Text:NAME MOLECULAR GEOMETRY ACTIVITY DIRECTIONS: 1. Log onto a computer and navigate to this web page: www.phet.colorado.edu 2. Click "play with SIMULATIONS", then select the CHEMISTRY simulations. 3. Open the "MOLECULE SHAPES" Simulation and run it. 4. Click MODEL. 5. Toggle the check boxes for: MOLECULE GEOMETRY, ELECTRON GEOMETRY, and SHOW BOND ANGLE. Your task is to build molecules with varying numbers of DOMAINS. A DOMAIN is a group of electrons attached to a central atom. Single bonds, double bonds and triple bonds are each a single domain. Also lone pairs are a domain. according to the directions supplied. For each molecule, note its Molecular Geometry, ELECTRON GEOMETRY, and its BOND ANGLE. Also make a simple sketch of the molecule. The molecule can be rotated for easier viewing. Once you've completed each section, you'll be asked to draw some conclusions. TOTAL Bonds on Lone Pairs Electron Geometry Molecule Sketch and Bond Angle(s) DOMAINS Central on Geometry Note that NO bond angle exists unless Atom Central there are at least 2 different bonds to central atom. Atom 1 1 2 1 1 3 3 1 1 2 4 4 3 1
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