Answer:
HBr is the strongest and its bond is what which makes it the strongest acid.
Explanation:
This acid is dangerous and highly poisonous than other acids. It can disunite instantly. And later then it forms the suspension.
and LiBr is not merely an acid and henceand HBr are the acids, amongst which HBr forms the strong acid component.
The strongest nature is due to the formation of hydronium ions.
The Hydrogen sulphide acid does not release hydronium ions on suspension.
Explanation:
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The compound HBr forms a powerful acid that contains a halogen as Bromine (Br). Thus, the correct option is B.
Halogens may be defined as all sorts of chemical elements that construct a salt when it reacts with metal. There are mainly five halogens present in the periodic table of chemical elements: fluorine, chlorine, bromine, iodine, and astatine.
Option A and option C do not contain any forms of halogen. Hence, they are eliminated.
While LiBr is not able to form any sort of acids during reactions. Due to the presence of a partial positive charge on hydrogen and a partial negative charge on Bromine, HBr forms a strong bond and that makes it as a strong acid as well.
Therefore, the compound HBr forms a powerful acid that contains a halogen as Bromine (Br). Thus, the correct option is B.
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