Question

Why do HCl, HNO3, etc show acidic characters in aqueous solutions while solutions of compounds like alcohol and glucose do not show acidic character ?​

Answer 1

$\huge \sf {\orange {\underline {\pink{\underline{Answer :-}}}}}$

н+ ıσηs ıη αqυєσυs sσłυтıση αяє яєsρσηsıвłє ƒσя αcı∂ıc cнαяαcтєя. нcł, нησ3, єтc. gıѵє н+ ıσηs ıη ωαтєя ωнıłє αłcσнσł αη∂ głυcσsє ∂σ ησт gıѵє н+ ıση ıη ωαтєя. тнєяєƒσяє, αłcσнσł αη∂ głυcσsє ∂σ ησт sнσω αcı∂ıc cнαяαcтєя.

${\huge{\underline{\small{\mathbb{\pink{HOPE\:HELPS\:UH :)}}}}}}$

$\red{\tt{sωєєтcнαям♡~}}$

Answer 2

The acidic character of a substance is due to the presence of hydrogen ions [H* (aq) ions] in its solution (water solution). HCl and HNO3 show acidic properties because they produce hydrogen ions when dissolved in water. The solutions of compounds like alcohol and glucose do not show acidic character because they do not ionise (or dissociate) in water to produce hydrogen ions. aqueous

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