Respuesta :
Answer:
[tex]HOI<HIO_{2}< HBrO_{2}< HClO_{2}< HClO_{3}< HClO_{4}[/tex]
Explanation:
Such type of compounds that have hydrogen, oxygen and one other element like Chlorine, Bromine etc and one hydrogen atom is directly connected with oxygen atom are called as oxyacid.
The acidic strength of such oxyacid which contains same element is determined by the number of oxygen atoms. Such as in the case of [tex]HClO_{2}, HClO_{3}, HClO_{4}[/tex],[tex]HClO_{2}[/tex] is the weakest acid because it has only two oxygen while [tex]HClO_{4}[/tex] is the strongest acid because it has four oxygen atoms.
When the compound contains same number of oxygen and hydrogen atoms but one different element then the acidic strength depends on the electronegativity of the element. So in the case of [tex]HIO_{2}, HBrO_{2}, HClO_{2}[/tex], [tex]HIO_{2}[/tex] is the weakest acid because it contain iodine element that has less electronegativity while [tex]HClO_{2}[/tex] is strongest acid because chlorine atom has high electronegativity. So the overall order in weakest to strongest will be [tex]HOI<HIO_{2}< HBrO_{2}< HClO_{2}< HClO_{3}< HClO_{4}[/tex].
The order from weakest to strongest acid is as follows:
[tex]HOI
How electronegativity is related to Acid strength?
The more electronegative a particular element is, the harder it pulls, and the more stable this molecule is. The more stable the molecule is, the stronger the acid. So to summarize, as electronegativity of this atom increases, so does the strength of the acid.
We are given 6 oxyacids.
The acidic strength of such oxyacid which contains same element is determined by the number of oxygen atoms. Such as in the case of , is the weakest acid because it has only two oxygen while is the strongest acid because it has four oxygen atoms.
Thus, the order from weakest to strongest acid is as follows:
[tex]HOI
Find more information about Acid strength here:
brainly.com/question/14702870
