Consider the following molecule : underset((1))(H_(2)C)=underset((2))C=underset((3))C=underset((4))C=underset((5))(CF_(2)) Ih hybridization of C_((1)) carbon atom is sp^(2)(s+p_(y)+p_(z) and hybridization of C_((4)) carbon atom is sp(s+p_(z)) . Then according to given information the correct statement(s) is / are :

Consider the following molecule : underset((1))(H_(2)C)=underset((2))

1.	Consider the following molecule : underset((1))(H_(2)C)=underset((2))C=underset((3))C=underset((4))C=underset((5))(CF_(2)) Ih hybridization of C_((1)) carbon atom is sp^(2)(s+p_(y)+p_(z) and hybridization of C_((4)) carbon atom is sp(s+p_(z)) . Then according to given information the correct statement(s) is / are :
Answer» <P>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 side WAYS overlapping of `p_(x)`-orbitals The orbitals involve in hybridization of `C_((5))` carbon atom are `s+p_(x)+p_(z)` Nodal plane of `pi`-bond between `C_((1)) and C_((2))` lies in yz-plane, formed by side ways overlapping of `p_(y)`-orbitals Answer :A::B::C