ग्लूकोज़ और स्टार्च के जलीय विलयन अम्लीय गुण प्रदर्शित नहीं करते, जबकि सल्फ्यूरिक तथा ऐसीटिक अम्ल करते हैं। क्यों?
Answers
Answer:
The solution of glucose and starch does not show acidic charactur but sulphuric acid and acidic acid solution show acidic charactur because an acid is compound which gives \( {H}^{+}\) iorn in solution and becouse glucose \( \left({C}_{6}{H}_{12}{O}_{6}\right)\) and starch solution does not dissociate in water off \( {H}^{+}\) ions, thus it is not an acid. Sulpuric acid \( \left({H}_{2}S{O}_{4}\right)\) and acidic acid \( \left(C{H}_{3}COOH\right)\) when in aquous medium give \( {H}^{+}\) ions and thus are termed as acides.
The solution of glucose and starch does not show acidic charactur but sulphuric acid and acidic acid solution show acidic charactur because an acid is compound which gives \( {H}^{+}\) iorn in solution and becouse glucose \( \left({C}_{6}{H}_{12}{O}_{6}\right)\) and starch solution does not dissociate in water off \( {H}^{+}\) ions, thus it is not an acid. Sulpuric acid \( \left({H}_{2}S{O}_{4}\right)\) and acidic acid \( \left(C{H}_{3}COOH\right)\) when in aquous medium give \( {H}^{+}\) ions and thus are termed as acides.Equation:
The solution of glucose and starch does not show acidic charactur but sulphuric acid and acidic acid solution show acidic charactur because an acid is compound which gives \( {H}^{+}\) iorn in solution and becouse glucose \( \left({C}_{6}{H}_{12}{O}_{6}\right)\) and starch solution does not dissociate in water off \( {H}^{+}\) ions, thus it is not an acid. Sulpuric acid \( \left({H}_{2}S{O}_{4}\right)\) and acidic acid \( \left(C{H}_{3}COOH\right)\) when in aquous medium give \( {H}^{+}\) ions and thus are termed as acides.Equation:\( {H}_{2}S{O}_{4}\left(aq\right)\xrightarrow{} {H}^{+}\left(aq\right)+HS{O}_{4}^{-}\left(aq\right)\)
The solution of glucose and starch does not show acidic charactur but sulphuric acid and acidic acid solution show acidic charactur because an acid is compound which gives \( {H}^{+}\) iorn in solution and becouse glucose \( \left({C}_{6}{H}_{12}{O}_{6}\right)\) and starch solution does not dissociate in water off \( {H}^{+}\) ions, thus it is not an acid. Sulpuric acid \( \left({H}_{2}S{O}_{4}\right)\) and acidic acid \( \left(C{H}_{3}COOH\right)\) when in aquous medium give \( {H}^{+}\) ions and thus are termed as acides.Equation:\( {H}_{2}S{O}_{4}\left(aq\right)\xrightarrow{} {H}^{+}\left(aq\right)+HS{O}_{4}^{-}\left(aq\right)\)\( C{H}_{3}COOH\left(aq\right)\xrightarrow{}\;CHCO{O}^{-}\left(aq\right)+{H}^{+}\left(aq\right)\)
The solution of glucose and starch does not show acidic charactur but sulphuric acid and acidic acid solution show acidic charactur because an acid is compound which gives \( {H}^{+}\) iorn in solution and becouse glucose \( \left({C}_{6}{H}_{12}{O}_{6}\right)\) and starch solution does not dissociate in water off \( {H}^{+}\) ions, thus it is not an acid. Sulpuric acid \( \left({H}_{2}S{O}_{4}\right)\) and acidic acid \( \left(C{H}_{3}COOH\right)\) when in aquous medium give \( {H}^{+}\) ions and thus are termed as acides.Equation:\( {H}_{2}S{O}_{4}\left(aq\right)\xrightarrow{} {H}^{+}\left(aq\right)+HS{O}_{4}^{-}\left(aq\right)\)\( C{H}_{3}COOH\left(aq\right)\xrightarrow{}\;CHCO{O}^{-}\left(aq\right)+{H}^{+}\left(aq\right)\)Both \( {H}^{+}\) ions show acidic character of \( {H}_{2}S{O}_{4}\hspace{0.17em}\&\hspace{0.17em}C{H}_{3}COOH\).