[" Find the number of species where "d_(x^(2)-y^(2))" orbital participate in hybridisation."],[[XeF_(6),SF_(6),IF_(7),XeO_(3),PCl_(5),PF_(5)]]

Find the number of compounds where d_(x^(2)-y^(2)) orbitals will not take part in hybridisation. (a) [Pt(NH_(3))Cl(H_(2)O)Br]" "(b) [XeO_(3)F_(2)] (c ) [Cu(NH_(3))_(4)]^(2+)" "(d) ["XeO"_(3)F_(2)] (e ) ["XeO"_(2)F_(2)]" "(f) [Co(en)_(3)]^(3+) (g) [Fe(CO)_(5)]" "(h) POCl_(3) (i) XeF_(4)" "(j) XeO_(6)^(4-)

Find the number of chemical species which are planar and d_(xy) orbital of central atom participates in hybridisation : XeF_(5)^(-),XeF_(5)^(+),XeF_(6),XeF_(4),SF_(4),Icl_(4)^(-)

Select number of molecules/ions in which central atom uses its d_(z^(2)) orbital in hybridisation. XeF_(6),SOF_(4),NO_(3)^(-),ClO_(3)^(-),BrF_(3),IF_(4)^(-),COCl_(2),PCl_(6)^(-)

The number of d-orbital participating in hybridisation in IF_(7) are _________.

How many of the following species have no d-orbital s involved in their hybridisation XeF_(2),SnF_(2) PbCl_(2),SF_(4),C Cl_(4),BF_(3),SO_(2)Cl_(2),XeO_(2)F_(2),XeOF_(4),POCl_(3)

Find the total number of species where octet rule is not applicable. BrF_(5),SF_(6),IF_(7),CO,BeCl_(2),BF_(3),N_(2)O

Find the number of species which undergo hydrolysis at room temperature. C Cl_(4),SiCl_(4),BCl_(3),NF_(3),PCl_(5),PCl_(3),SF_(6),SO_(2)Cl_(2)