You will be submitting images of these structures, BeCl2 CH4 PF5 SF6 2- CO3²- PF3 SF4 BrF5 03 H₂O 13 XeF4

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
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Procedure Part 1:
Draw the most stable Lewis structures for the following compounds/ions:
The most stable structure is the structure which utilizes the octet rule for terminal atoms and
central atoms in the 2p subshell, or for those central atoms in the 3p subshell or beyond formal
charges should be considered and shown in your drawn Lewis structure.
You will be submitting images of these structures, so be sure to draw them neatly and completely!
BeCl2
CH4
PF5
SF6
CO3²-
2-
PF3
SF4
BrF5
03
H₂O
13
XeF4
Open Microsoft Powerpoint, Google slides, or other slide/presentation software and title
each slide with a different one of your molecules/ions.
Put the drawn image of your Lewis structure on its titled slide.
For each slide, either as a list or table give the following information:
- Electron domain geometry
- Molecular Geometry (molecular shape)
- Idealized bond angles (NOT the true bond angle as that will be part of the Part 2
Procedure)
- Hybridization about the central atom
- Whether the molecule/ion is polar or non-polar
Transcribed Image Text:Procedure Part 1: Draw the most stable Lewis structures for the following compounds/ions: The most stable structure is the structure which utilizes the octet rule for terminal atoms and central atoms in the 2p subshell, or for those central atoms in the 3p subshell or beyond formal charges should be considered and shown in your drawn Lewis structure. You will be submitting images of these structures, so be sure to draw them neatly and completely! BeCl2 CH4 PF5 SF6 CO3²- 2- PF3 SF4 BrF5 03 H₂O 13 XeF4 Open Microsoft Powerpoint, Google slides, or other slide/presentation software and title each slide with a different one of your molecules/ions. Put the drawn image of your Lewis structure on its titled slide. For each slide, either as a list or table give the following information: - Electron domain geometry - Molecular Geometry (molecular shape) - Idealized bond angles (NOT the true bond angle as that will be part of the Part 2 Procedure) - Hybridization about the central atom - Whether the molecule/ion is polar or non-polar
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