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University of Madras 2011
Bachelor of Science (B.Sc.)
University Madras 2013
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K K Nagar, Chennai, India - 600078
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State, CBSE
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Answered on 18/12/2021 Learn CBSE - Class 11/Chemistry/Hydrocarbons
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1) The compound must have a cyclic structure.
2) The aromatic ring must be planar in order for 𝛑- electrons to be delocalized.
3) It must have a conjugated 𝛑- system.
4) It must have a p- orbitals on each atom of ring ( or sp2 or sp hybridized atoms in the ring).
5) It must have a delocalized 𝛑- electrons in a loop of parallel overlapping p- atomic orbitals.
6) Delocalization of 𝛑- electrons must lower the potential energy of a system.
Thus, if a molecule or ion contain monocyclic planar ring and contain (4n + 2) 𝛑- electrons [Huckle rule] delocalized in a cyclic loop of parallel, overlapping p- orbitals, that molecule or ion will be called aromatic, will have unusual stability.
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Comments Answered on 13/12/2021 Learn CBSE - Class 11/Chemistry/Structure of Atom
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Class Location
Online class via Zoom
Student's Home
Tutor's Home
Board
State, CBSE
Subjects taught
Science
Taught in School or College
No
Answered on 18/12/2021 Learn CBSE - Class 11/Chemistry/Hydrocarbons
Ask a Question
Post a Lesson
1) The compound must have a cyclic structure.
2) The aromatic ring must be planar in order for 𝛑- electrons to be delocalized.
3) It must have a conjugated 𝛑- system.
4) It must have a p- orbitals on each atom of ring ( or sp2 or sp hybridized atoms in the ring).
5) It must have a delocalized 𝛑- electrons in a loop of parallel overlapping p- atomic orbitals.
6) Delocalization of 𝛑- electrons must lower the potential energy of a system.
Thus, if a molecule or ion contain monocyclic planar ring and contain (4n + 2) 𝛑- electrons [Huckle rule] delocalized in a cyclic loop of parallel, overlapping p- orbitals, that molecule or ion will be called aromatic, will have unusual stability.
Like 0 Answers 1 Comments Answered on 13/12/2021 Learn CBSE - Class 11/Chemistry/Structure of Atom
Ask a Question
Post a Lesson
Like 0 Answers 1 Comments Ask a Question
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