Question

Barium peroxide $\left(Ba{O}_2\right)$ and ozone reacts to produce.
A) $Ba$
B) $B{a}_2{O}_2$
C) $BaO$
D) $Ba{\left(OH\right)}_2$

Answer 1

Hint: We know that Barium peroxide is the inorganic compound and the chemical formula of the compound is $Ba{O}_2$ . This white strong (dim when sullied) is one of the most widely recognized inorganic peroxides, and it was the main peroxide compound found. Being an oxidizer and giving a striking green tone upon start (as do all barium mixes), it discovers some utilization in firecrackers; verifiably, it was additionally utilized as a forerunner for hydrogen peroxide.

Complete step by step answer:
We have to remember that the barium peroxide is peroxide, containing $$O_2^{2-}$$ 2 subunits. The strong is isomorphous to calcium carbide. The chemical formula of calcium carbide is $Ca{C}_2$.
We must know that when barium peroxide and ozone reacts to produce barium oxide. The chemical formula is $$BaO$$ and Oxygen gas is liberated. We can write the chemical equation for this above reaction as,
$$Ba{O}_2+O_3\to BaO+2O_2$$
The product formed in this reaction is BaO.
Therefore, the option (C) is correct.

Note:
We have to remember that the barium peroxide is mainly used to produce hydrogen peroxide by reaction of barium peroxide with sulphuric acid. We can write the chemical equation for this hydrogen peroxide preparation as,
$Ba{O}_2+H_{2}S{O}_4\to H_2{O}_2+BaS{O}_4$
In this above reaction, barium sulphate is recovered as precipitate.
Hydrogen peroxide is one of the most widely recognized synthetic substances that we go over in our everyday lives. It is found in hair fading and clinical items. In this exercise, we will plunge further into realizing what hydrogen peroxide really is including its structure, properties and the sky's the limit from there.