(Q107) For what reason is the planar configuration the most stable bonding forethene?HH.c=CH.A) Tilting of the plane would impede the formation of pi bondsB) Existing in a plane allows rotation of the pi bondC) Tilting of the plane would impede the formation of sigma bondsD) The molecular must remain planar because the carbon atoms are hypervalentE) The planar formation allows the carbon atoms to become sp3-hybridized

Planar configuration of ethene allows the formation of pi-bonds. Sigma bond = It is formed by end -to-end overlapping of overlapping Pi-bond = It is formed by the side-wise overlapping of orbitals. The correct option is : (a) Titling of the plane would impede the formation of pi-bonds.

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(Q107) For what reason is the planar configuration the most stable bonding for ethene? H C=C H. O A) Tilting of the plane would impede the formation of pi bonds B) Existing in a plane allows rotation of the pi bond O C) Tilting of the plane would impede the formation of sigma bonds D) The molecular must remain planar because the carbon atoms are hypervalent O E) The planar formation allows the carbon atoms to become sp3-hybridized

(Q107) For what reason is the planar configuration the most stable bonding for ethene? H C=C H. O A) Tilting of the plane would impede the formation of pi bonds B) Existing in a plane allows rotation of the pi bond O C) Tilting of the plane would impede the formation of sigma bonds D) The molecular must remain planar because the carbon atoms are hypervalent O E) The planar formation allows the carbon atoms to become sp3-hybridized

Chemistry

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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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Question

(Q107) For what reason is the planar configuration the most stable bonding for
ethene?
H
H.
c=C
H.
A) Tilting of the plane would impede the formation of pi bonds
B) Existing in a plane allows rotation of the pi bond
C) Tilting of the plane would impede the formation of sigma bonds
D) The molecular must remain planar because the carbon atoms are hypervalent
E) The planar formation allows the carbon atoms to become sp3-hybridized

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