According to VBT any covalent bond will ...

According to VBT any covalent bond will be formed by overlapping of atomic orbitals of bonded atoms provided atomic orbitals must be half-filled and electrons be in opposite spin. According to type of overlapping covalent bonds can be classified as (a)` sigma`-bond (b) `pi`-bond (c ) `delta`-bond :
Which of the following set of orbitals does not produce nobal plane in xz-plane ?

`d_(yz)+d_(yz)`

`d_(xy)+d_(xy)`

`p_(y)+d_(xy)`

none of these

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According to VBT any covalent bond will be formed by overlapping of atomic orbitals of bonded atoms provided atomic orbitals must be half-filled and electrons be in opposite spin. According to type of overlapping covalent bonds can be classified as (a) sigma -bond (b) pi -bond (c ) delta -bond : The combination of orbital that can not produce non-bonding molecular orbital is (internuclear axis is z-axis ) :

`p_(y)+d_(x^(2)-y^(2))`

`p_(z)+d_(yz)`

`s+d_(xz)`

`d_(xy)+d_(xy)`

`p_(y)+d_(x^(2)-y^(2))`

`p_(z)+d_(yz)`

`s+d_(xz)`

`d_(xy)+d_(xy)`

Nodal plane of `pi`-bond between `C_(1) and C_(2)` lies in yz-plane, formed by sideways overlapping of `p_(x)`-orbitals

Nodal plane of `pi`-bond between `C_(2) and C_(3)` lies in xz-plane, formed by sideways overlapping of `p_(y)`-orbitals

Nodal plane of `pi`- bond between `C_(3) and C_(4)` lies in yz-plane, formed by sideways overlapping of `p_(y)` -orbitals

Nodal plane of `pi`-bond between `C_(2) and C_(3)` lies in xy-plane, formed by sideways overlapping of `p_(x)` - orbitals