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The number of possible hyper conjugated ...


The number of possible hyper conjugated structures is equal to 10 + x, then x is?

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The correct Answer is:
2
`10+ x - 12 = 0 , x =2`
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Knowledge Check

  • The number of possible isomeric structures for the formula C_(4)H_(10) is

    A
    10
    B
    1
    C
    2
    D
    6

  • The delocalisation of sigma electrons with P-orbital is known as Hyperconjugation. It is also known as sigma-pi conjugation 'or' No bond resonance. Presence of atleast one 'alpha' hydrogen at saturated carbon in an alkene, carbocation and free radical involves hyper conjucation. More is the no. of hyper conjugative structures more stable is the alkene. Bond lengths, dipolemoments are also effected by hyperconjugation. Hyper conjugation involves the

    A
    `sigma` bond
    B
    `pi` bond
    C
    Both `sigma" and "pi` bond
    D
    none of these

  • The delocalisation of sigma electrons with P-orbital is known as Hyperconjugation. It is also known as sigma-pi conjugation 'or' No bond resonance. Presence of atleast one 'alpha' hydrogen at saturated carbon in an alkene, carbocation and free radical involves hyper conjucation. More is the no. of hyper conjugative structures more stable is the alkene. Bond lengths, dipolemoments are also effected by hyperconjugation. No bond resonance is not possible in

    A
    B
    C
    D
    `CH_(2)=underset(underset(Cl)(|))overset(overset(Cl)(|))(CH)-C-CH_(3)`

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    The delocalisation of sigma electrons with P-orbital is known as Hyperconjugation. It is also known as sigma-pi conjugation 'or' No bond resonance. Presence of atleast one 'alpha' hydrogen at saturated carbon in an alkene, carbocation and free radical involves hyper conjucation. More is the no. of hyper conjugative structures more stable is the alkene. Bond lengths, dipolemoments are also effected by hyperconjugation. Which of the following molecule has longest C = C bond length

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    Number of possible structural isomers for C_(3)H_(6)O

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