Among the triatomic molecules/ions, `XeF_(5)^(-), N_(3)^(-), I_(3), NO_(2)^(+), O_(3), SCl_(2), Icl_(4), I_(3)` and `XeF_(2)` the total number of planar molecules (s)/ ion (s) where the hybridization of the centre atom does not have contribution form the d-orbital (s) is :

Among the triatomic molecules/ions BeCl_(2),N_(3)^(-),N_(2)O, NO_(2)^(+), O_(3), SCl_(2), lCl_(2)^(-),l_(3)^(-) and XeF_(2) , the total number of linear molecules (s)/ion(s) where the hybridisation of the central atom does not have contribution from the d - orbitals (s) is [atomic number of S=16, Cl=17, I=53 and Xe=54 ]

Among the triatomic molecules/ions BeCl_(2),N_(3)^(-),N_(2)O, NO_(2)^(+), O_(3), SCl_(2), lCl_(2)^(-),l_(3)^(-) and XeF_(2) , the total number of linear molecules (s)/ion(s) where the hybridisation of the central atom does not have contribution from the d - orbitals (s) is [atomic number of S=16, Cl=17, I=53 and Xe=54 ]

Among the following how many of the molecules are linear. CO_(2), NO_(2)^(-), SO_(2), N_(3)^(-), C_(2)H_(2), I_(3)^(-), XeF_(2), CS_(2)

Among the following how many of the molecules are linear. CO_(2), NO_(2)^(-), SO_(2), N_(3)^(-), C_(2)H_(2), I_(3)^(-), XeF_(2), CS_(2)

(A) XeF_2 is a linear molecule (R) In XeF_2 xenon undergoes sp^3d hybridization

Among B_(2)H_(6),B_(3)N_(3)H_(6),N_(2)O,N_(2)O_(4),H_(2)S_(2)O_(3) and H_(2)S_(2)O_(8) the number of molecules containing covalent bond between two atoms of the same kind is