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If molecular axis is Z then which of the...

If molecular axis is Z then which of the following overlaping is not possible

A

`P_(z)+p_(z) =sigma` bond

B

`p_(x)+p_(y) =pi` bond

C

`p_(x) +p_(x) =pi` bond

D

`p_y+p_(y)=pi` bond

Text Solution

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The correct Answer is:
A
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IF molecular axis is X then which of the following overlapping will form pi bond? p_(z)+p_(z),p_(x)+p_(x),p_(x),p_(y),s+p_(z),p_(y)+p_(y)

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Knowledge Check

  • If the molecular axis is Z then which of the following overlapping is not possible

    A
    `p_(z)+p_(z)=sigma` bond
    B
    `p_(x)+p_(y)=pi` bond
    C
    `p_(x)+p_(y)=pi` bond
    D
    `p_(y)+p_(y)=pi` bond

  • Which of the following overlap is correct?

    A
    B
    C
    D
    None of the above.

  • Which of the following orbital overlapping is not possible according to VBT?

    A
    B
    C
    D
    All of these

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    Molecular orbital theory is based on linear combination of atomic orbitals (LCAO). According to LCAO when respective atomic orbitals of the atoms interact, they undergo constructive and destructive interference giving rise to two types of molecular orbitals, that is, bonding and antibonding molecular orbitals. If z is the molecular axis then which of the following overlapping results in non-bonding molecular orbital?

    Which of the following overlapping is not present in XeO_(3) molecule ?

    Which of the following overlap can form pi bond?

    Which of the following overlapping can from sigma bond?

    Molecular axis is Z axis , then which of the following combination of orbitals will result in formation of sigma molecular orbitals ?

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