`P_(4)O_(6) overset(H_(2)O)underset("hot")rarr X +Y uarr` then X = _____ and Y =_______

H_(4)P_(2)O_(6) overset("Hydrolysis")rarr X +Y then X = ____ and Y =_____

P_(4)+ "Conc" HNO_(3) rarr X +Y uarr +H_(2)O then X =______ and Y =_______

HNO_(3) overset("exposure")underset("to light")rarr X +Y +H_(2)O then X =______ and Y =____

4P_(4)O_(6) overset(Delta)underset(250^(@)C)rarr 3X +P_(4) then X =______

NH_(3) +NaOCI overset(Delta)rarr X +NaCI +H_(2)O, NH_(3)+NaOCI overset(Delta)underset("gelatin")rarr X +NaCI +H_(2)O then X = _______and Y =______

NH_(4)NO_(3) overset(Delta)rarr X +H_(2)O , NH_(4)NO_(2) overset(Delta)rarr Y +H_(2)O then X =______ and Y =_______

N_(2)+AI_(2)O_(3) overset("coke")underset(Delta)rarr X +CO uarr , X overset(H_(2)O)rarr Y uarr +Z, CaNCN +H_(2)O rarr Y uarr +CaCO_(3) then X =_____, Y=________, Z = ______

H-CHO overset("1) "RM_(g)X," ether")underset("2) "H_(2)O)rarrX overset(+R'-COOH)underset(H^(+))rarr Y . What are the structures of X and Y?

C_(6)H_(6)overset(HNO_(3))underset(H_(2)SO_(4))rarr X overset(Cl_(2))underset(FeCl_(3))rarr Y In the above sequence Y can be