The picture below represents the overlap of two px orbitals to form a pi (T) bond. The dots represent the nuclei of the two atoms involved in the bonding. If there are electrons in this orbital, the electron density will be A) in the nuclei B) above and below the axis between the two nuclei C) at the two outer ends of the axis of the two nuclei D) in the region directly between the two nuclei E) above and below the axis of the two nuclei, but not in the nodal plane..

Fundamentals Of Analytical Chemistry
9th Edition
ISBN:9781285640686
Author:Skoog
Publisher:Skoog
Chapter22: Bulk Electrolysis: Electrogravimetry And Coulometry
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Problem 22.6QAP
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The picture below represents the overlap of two px orbitals to form a pi (T) bond.
The dots represent the nuclei of the two atoms involved in the bonding.
If there are electrons in this orbital, the electron density will be
A) in the nuclei
B) above and below the axis between the two
nuclei
C) at the two outer ends of the axis of the two
nuclei
D) in the region directly between the two nuclei
E) above and below the axis of the two nuclei,
but not in the nodal plane..
Transcribed Image Text:The picture below represents the overlap of two px orbitals to form a pi (T) bond. The dots represent the nuclei of the two atoms involved in the bonding. If there are electrons in this orbital, the electron density will be A) in the nuclei B) above and below the axis between the two nuclei C) at the two outer ends of the axis of the two nuclei D) in the region directly between the two nuclei E) above and below the axis of the two nuclei, but not in the nodal plane..
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