Is $HBr$ a strong acid?

Hint: The Bronsted-Lowry hypothesis, likewise called proton hypothesis of acids and bases, a hypothesis, presented freely in $1923$ by the Danish scientific expert Johannes Nicolaus Bronsted and the English physicist Thomas Martin Lowry expressing that any compound that can move a proton to some other compound is a corrosive, and the compound that acknowledges the proton is a base.

Complete answer:
We have to know that, $HBr$ would be viewed as corrosive, since it separates in fluid arrangements in the accompanying separation reaction.
$HB{r_{(g)}} \rightleftharpoons H_{(aq)}^ + + Br_{(aq)}^ - $
Presently, a solid corrosive is a corrosive, which totally separates in watery arrangements. $HBr$ satisfies this, since it promptly separates here's why. $HBr$ is a hydrohalic corrosive, or a corrosive with the equation $HX$ where $X$ is a halogen. In all hydrohalic acids aside from $HF$ , the connection among $H$ and $X$ is frail since incandescent lamps tend to have a high number of energy levels, expanding the size of the halogen. This reductions fascination among $H$ and $X$ . Be electronegative, causing the $HX$ cling to be polar.
These two components cause hydrogen to be effectively "snapped off" of $HX$ , making it separate into ${H^ + }$ and ${X^ - }$ .
This is additionally valid for $HBr$ in light of the fact that bromine is so electronegative and enormous, hydrogen will handily separate from $HBr$ , making $HBr$ promptly separate into ${H^ + }$ and $B{r^ - }$ . Separation occurs so promptly that we can say $HBr$ totally separates, satisfying the rules for a solid corrosive.

Note:
We have to know that, there are seven in number acids. They are hydrochloric acid, chloric acid, hydrobromic acid, sulfuric acid, hydroiodic acid, perchloric acid, and nitric acid. Being important for the rundown of solid acids does not give any sign of how hazardous or harming a corrosive is however.