An oxy salt $M_{x} (X O_{3})_{y}$ on heating gives $C O_{2}$ . The hydride of this metal contains two hydrogen atoms. Find the values of x and y. Give reasons to support your answer.

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Solution

$M = 1, Y = 1$
$M_{x} (X O_{3})_{y}$
For giving $C O_{2},$ $X$ should be $C$ .
$(C O_{3}^{- 2}) M H_{2} ⟶ M^{2 +} + 2 H^{-}$
Since, it's hydride 's has two hydrogen atoms, $M$ ion is $M^{2 +}$ .
When $M^{2 +},$ $C O_{3}^{- 2}$ are combined,
$M C O_{3}$ . So, $x = 1$ and $y = 1$

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An oxy salt Mx(XO3)y on heating gives CO2. The hydride of this metal contains two hydrogen atoms. Find the values of x and y. Give reasons to support your answer.

M=1,Y=1Mx(XO3)yFor giving CO2, X should be C.(CO−23)MH2⟶M2++2H−Since, it's hydride 's has two hydrogen atoms, M ion is M2+.When M2+, CO−23 are combined,MCO3. So, x=1 and y=1

An oxy salt $M_{x} (X O_{3})_{y}$ on heating gives $C O_{2}$ . The hydride of this metal contains two hydrogen atoms. Find the values of x and y. Give reasons to support your answer.

$M = 1, Y = 1$
$M_{x} (X O_{3})_{y}$
For giving $C O_{2},$ $X$ should be $C$ .
$(C O_{3}^{- 2}) M H_{2} ⟶ M^{2 +} + 2 H^{-}$
Since, it's hydride 's has two hydrogen atoms, $M$ ion is $M^{2 +}$ .
When $M^{2 +},$ $C O_{3}^{- 2}$ are combined,
$M C O_{3}$ . So, $x = 1$ and $y = 1$