4. Silicon is an interesting atom because it behaves similarly to carbon. There is speculation in the scientific field that aliens could be made of silicon structures rather than carbon. The following structures are silicon versions of important carbon signaling molecules in our body. 1.) What is the electron geometry and hybridization for each of these structures? H-Si-H Si H- H. Silane Silanone Silicon Dioxide e geometry: hybridization: e geometry: hybridization: e geometry: hybridization: 2.) Based on what you have described above, match the orbital diagram below with the correct molecule above:
4. Silicon is an interesting atom because it behaves similarly to carbon. There is speculation in the scientific field that aliens could be made of silicon structures rather than carbon. The following structures are silicon versions of important carbon signaling molecules in our body. 1.) What is the electron geometry and hybridization for each of these structures? H-Si-H Si H- H. Silane Silanone Silicon Dioxide e geometry: hybridization: e geometry: hybridization: e geometry: hybridization: 2.) Based on what you have described above, match the orbital diagram below with the correct molecule above:
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter10: Molecular Structure And Bonding Theories
Section: Chapter Questions
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Transcribed Image Text:4. Silicon is an interesting atom because it behaves similarly to carbon. There is speculation in
the scientific field that aliens could be made of silicon structures rather than carbon. The
following structures are silicon versions of important carbon signaling molecules in our body.
1.) What is the electron geometry and hybridization for each of these structures?
H-Si-H
H-H
Silane
Silanone
Silicon Dioxide
e geometry:
e geometry:
hybridization:
e geometry:
hybridization:
hybridization:
2.) Based on what you have described above, match the orbital diagram below with the correct
molecule above:
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