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Benzene is a resonance hybrid of mainly ...

Benzene is a resonance hybrid of mainly two Kekule structures. Hence

A

Hlaf the molecules correspond to one structure and half to the second structure

B

At low temperature benzene can be separated into two structures

C

Two structures make equal contribution to resonance hybride

D

An individual benzene molecule changes back and forth between two structures

Text Solution

Verified by Experts

The correct Answer is:
C
Resonance
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Knowledge Check

  • Benzene is a resonance hybride of mainly two kekule structures. Hence

    A
    Half the molecules corresponds to one structure and half to the second structure
    B
    At low temperature benzene can be separated into two structures
    C
    Two structures make equal contribution to resonance hybride.
    D
    An individual benzene molecule changes back and forth between two structures.

  • Aniline is a resonance hybrid of

    A
    3 structures
    B
    6 structures
    C
    2 structures
    D
    5 structures

  • CO_3^(2-) ion exists as resonance hybrid of three equivalent structures. In each of these structures the carbon atom contains

    A
    three single bonds
    B
    two single and a double bond
    C
    three single bonds and one lone pair of electrons
    D
    three single bonds and two lone pair of electrons

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    Resonance hybrid of nitrate ion is

    Aniline is resonance hybrid of ___ structures

    CO_(2) is a linear, monomeric covalent compound. Its real structure is a resonance hybrid of _____resonance structures.

    The theory of resonance was developed primarily by Pauling in the 1930s. According to this theory , many molecules and ions are best described by writing two or more Lewis structure and considering the real molecule of ion to be a composite of these structures .They are also sometimes referred to as resonance structures or resonance contributors . We show that the real molecule or ion is a resonance hybrid of the various contributing structures by interconnecting them with double headed arrows . Resonance structures are not in equilibrium with each other . . Stability order of the following resonatin structure will be

    The theory of resonance was developed primarily by Pauling in the 1930s. According to this theory , many molecules and ions are best described by writing two or more Lewis structure and considering the real molecule of ion to be a composite of these structures .They are also sometimes referred to as resonance structures or resonance contributors . We show that the real molecule or ion is a resonance hybrid of the various contributing structures by interconnecting them with double headed arrows . Resonance structures are not in equilibrium with each other . . Find out the stability order of intermediate .

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