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The oxalate anion, C,042- has a C-C bond and two outer oxygen atoms bonded to each carbon atom. Determine the Lewis structure of this anion, including all resonance structures. What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? Determine the Lewis structure of this anion, including all resonance structures. O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: 2- 2- O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: CHC CHC O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving two resonance structures:

The oxalate anion, C,042- has a C-C bond and two outer oxygen atoms bonded to each carbon atom. Determine the Lewis structure of this anion, including all resonance structures. What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? Determine the Lewis structure of this anion, including all resonance structures. O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: 2- 2- O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: CHC CHC O There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving two resonance structures:

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter7: Covalent Bonding
Section: Chapter Questions
Problem 81QAP: It is possible to write a simple Lewis structure for the SO42- ion, involving only single bonds,...
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The oxalate anion, C,042- has a C¬C bond and two outer oxygen atoms bonded to each carbon atom. Determine the Lewis structure of this anion, including all resonance structures. What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? Determine the Lewis structure of this anion, including all resonance structures. There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: 2- 2- 2- 2- There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: CHC CHC CHC CHC There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving two resonance structures: 2- 2-
Transcribed Image Text:The oxalate anion, C,042- has a C¬C bond and two outer oxygen atoms bonded to each carbon atom. Determine the Lewis structure of this anion, including all resonance structures. What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? Determine the Lewis structure of this anion, including all resonance structures. There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: 2- 2- 2- 2- There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving four resonance structures: CHC CHC CHC CHC There are 2(4) + 4(6) +2 = 34 electrons. Each C atom has one double bond to complete its octet, and either O atom can provide the electron pair, giving two resonance structures: 2- 2-
What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? The geometry around each carbon atom is linear. All six atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is trigonal planar. All five atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is tetrahedral. All four atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is trigonal planar. All six atoms contribute p orbitals to the n system, which extends over the entire structure.
Transcribed Image Text:What is the geometry about the carbon atoms, and how many atoms contribute p orbitals to the delocalized n system? The geometry around each carbon atom is linear. All six atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is trigonal planar. All five atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is tetrahedral. All four atoms contribute p orbitals to the n system, which extends over the entire structure. The geometry around each carbon atom is trigonal planar. All six atoms contribute p orbitals to the n system, which extends over the entire structure.
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