`XeF_(6) + HF to`

XeF_6 + x H_2O to XeO_3 + y HF , the y/x = ________

XeF_(6)+NaF to

a. XeF_(6) + 4NaOH + 8H_(2)O rarr _______ b. XeF_(6) + 7OH^(Θ)(strongly basic) rarr ______ - 3H_(2)O + 6F^(Θ) c. 2HXeO_(4)^(Θ) + 2OH^(Θ) rarr _____ Xe + 2H_(2)O +O_(2) d. XeF_(6) + H^(Θ)(acidic) rarr _______XeOF_(4) +_____ e. 6XeF_(4) + 12H_(2)O rarr _______+24HF + 4Xe + 3O_(2) f. 2XeF_(2) + 2H_(2)O rarr ____ + 4HF + 3O_(2) g. XeF_(6) + 3H_(2) rarr 6HF + _____

Complete the following reactions (a) XeF_(4) + H_(2)O rarr (b) XeF_(6) + SiO_(2) rarr (c ) XeF_(6) + H_(2) rarr (d) XeF_(6) + H_(2)O rarr (e ) XeF_(6) + SbF_(5) rarr (f) XeF_(6) + NH_(3) rarr

Complete the following reactions (a) XeF_(4) + H_(2)O rarr (b) XeF_(6) + SiO_(2) rarr (c ) XeF_(6) + H_(2) rarr (d) XeF_(6) + H_(2)O rarr (e ) XeF_(6) + SbF_(5) rarr (f) XeF_(6) + NH_(3) rarr

Complete the following chemical reaction equations (a) XeF_(6)+H_(2)O("excess")to (b) XeF_(6)+HFto (c ) XeF_(6)+SiO_(2)to

Complete the following reactions (a) XeF_(4) + H_(2)O rarr (b ) XeF_(6) + H_(2) rarr (c) XeF_(6) + H_(2)O rarr (d) XeF_(6) + NH_(3) rarr