`[HXeO_4]^(-) + OH^(-) to [X] + [Y] + O_2 +H_2O`
The products [X] and [Y] in unbalanced reaction are:

[HXeO_(4)]^(-)+Ohrarr[X]+[Y]+O_(2)+H_(2)O The products [X] and [Y] in unbalanced reaction are:

[HXeO_(4)]^(-)+Ohrarr[X]+[Y]+O_(2)+H_(2)O The products [X] and [Y] in unbalanced reaction are:

The xenate ion (HXeO_(4)^(-)) undergoes disproportionation reaction to produce perxenate ion XeO_(5)^(4-) 2HXeO_(4)^(-)+2OH^(-)toXeO_(6)^(4-)+Xe+O_(2)+2H_(2)O The shape of xenate ion and perxenate ions is respectively:

The xenate ion (HXeO_(4)^(-)) undergoes disproportionation reaction to produce perxenate ion XeO_(5)^(4-) 2HXeO_(4)^(-)+2OH^(-)toXeO_(6)^(4-)+Xe+O_(2)+2H_(2)O The shape of xenate ion and perxenate ions is respectively:

Consider the following reaction XMNO_(4)^(-)+yC2O_(4)^(2-)+zH^(+)toxMn^(2+)+2yCO_(2)+(z)/(2)H_(2)O The values of x,y and x in the reaction are, respectively -

X + H^(+) to Y + Na^(+) + H_2O Y+ KCl to K_2Cr_2O_7 + NaCl Mention X and Y.

In the reaction, Ca_(3)P_(2)+H_(2)O rarr (X) +(Y) the products (X) and (Y) are