28079
Lower carboxylic acids are soluble in water due to
1 Low molecular weight
2 Hydrogen bonding
3 Dissociation into ions
4 Easy hydrolysis
Explanation:
Hydrogen bonds are formed between the individual molecules of the acid and water molecules.It is because of these interactions that carboxylic acids can dissolve in water to form acidic solutions.The carboxylic acids with low molar mass up to four carbon atoms are freely soluble in water.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28080
Acetamide reacts with \({P_2}{O_5}\) (phosphorus pentaoxide) to give
1 Methyl cyanide
2 Methyl cyanate
3 Ethyl cyanide
4 Ethyl isocyanate
Explanation:
(a)\(C{H_3} - CO - N{H_2}\xrightarrow{{{P_2}{O_5}}}C{H_3} - C \equiv N + {H_2}O\)
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28081
The reaction \(C{H_3}COOH + C{l_2}\xrightarrow{P}ClC{H_2}COOH + HCl\) is called
1 Hell-Volhard-Zelinsky reaction
2 Birch reaction
3 Rosenmund reaction
4 Hunsdiecker reaction
Explanation:
(a)In this reaction \(\alpha - \,H\) is replaced by chlorine.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28086
Oxalic acid on being heated upto \({90\,^o}C\) with conc. \({H_2}S{O_4}\) forms
28079
Lower carboxylic acids are soluble in water due to
1 Low molecular weight
2 Hydrogen bonding
3 Dissociation into ions
4 Easy hydrolysis
Explanation:
Hydrogen bonds are formed between the individual molecules of the acid and water molecules.It is because of these interactions that carboxylic acids can dissolve in water to form acidic solutions.The carboxylic acids with low molar mass up to four carbon atoms are freely soluble in water.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28080
Acetamide reacts with \({P_2}{O_5}\) (phosphorus pentaoxide) to give
1 Methyl cyanide
2 Methyl cyanate
3 Ethyl cyanide
4 Ethyl isocyanate
Explanation:
(a)\(C{H_3} - CO - N{H_2}\xrightarrow{{{P_2}{O_5}}}C{H_3} - C \equiv N + {H_2}O\)
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28081
The reaction \(C{H_3}COOH + C{l_2}\xrightarrow{P}ClC{H_2}COOH + HCl\) is called
1 Hell-Volhard-Zelinsky reaction
2 Birch reaction
3 Rosenmund reaction
4 Hunsdiecker reaction
Explanation:
(a)In this reaction \(\alpha - \,H\) is replaced by chlorine.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28086
Oxalic acid on being heated upto \({90\,^o}C\) with conc. \({H_2}S{O_4}\) forms
28079
Lower carboxylic acids are soluble in water due to
1 Low molecular weight
2 Hydrogen bonding
3 Dissociation into ions
4 Easy hydrolysis
Explanation:
Hydrogen bonds are formed between the individual molecules of the acid and water molecules.It is because of these interactions that carboxylic acids can dissolve in water to form acidic solutions.The carboxylic acids with low molar mass up to four carbon atoms are freely soluble in water.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28080
Acetamide reacts with \({P_2}{O_5}\) (phosphorus pentaoxide) to give
1 Methyl cyanide
2 Methyl cyanate
3 Ethyl cyanide
4 Ethyl isocyanate
Explanation:
(a)\(C{H_3} - CO - N{H_2}\xrightarrow{{{P_2}{O_5}}}C{H_3} - C \equiv N + {H_2}O\)
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28081
The reaction \(C{H_3}COOH + C{l_2}\xrightarrow{P}ClC{H_2}COOH + HCl\) is called
1 Hell-Volhard-Zelinsky reaction
2 Birch reaction
3 Rosenmund reaction
4 Hunsdiecker reaction
Explanation:
(a)In this reaction \(\alpha - \,H\) is replaced by chlorine.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28086
Oxalic acid on being heated upto \({90\,^o}C\) with conc. \({H_2}S{O_4}\) forms
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ALDEHYDES, KETONES AND CARBOXYLIC ACID
28079
Lower carboxylic acids are soluble in water due to
1 Low molecular weight
2 Hydrogen bonding
3 Dissociation into ions
4 Easy hydrolysis
Explanation:
Hydrogen bonds are formed between the individual molecules of the acid and water molecules.It is because of these interactions that carboxylic acids can dissolve in water to form acidic solutions.The carboxylic acids with low molar mass up to four carbon atoms are freely soluble in water.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28080
Acetamide reacts with \({P_2}{O_5}\) (phosphorus pentaoxide) to give
1 Methyl cyanide
2 Methyl cyanate
3 Ethyl cyanide
4 Ethyl isocyanate
Explanation:
(a)\(C{H_3} - CO - N{H_2}\xrightarrow{{{P_2}{O_5}}}C{H_3} - C \equiv N + {H_2}O\)
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28081
The reaction \(C{H_3}COOH + C{l_2}\xrightarrow{P}ClC{H_2}COOH + HCl\) is called
1 Hell-Volhard-Zelinsky reaction
2 Birch reaction
3 Rosenmund reaction
4 Hunsdiecker reaction
Explanation:
(a)In this reaction \(\alpha - \,H\) is replaced by chlorine.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28086
Oxalic acid on being heated upto \({90\,^o}C\) with conc. \({H_2}S{O_4}\) forms
28079
Lower carboxylic acids are soluble in water due to
1 Low molecular weight
2 Hydrogen bonding
3 Dissociation into ions
4 Easy hydrolysis
Explanation:
Hydrogen bonds are formed between the individual molecules of the acid and water molecules.It is because of these interactions that carboxylic acids can dissolve in water to form acidic solutions.The carboxylic acids with low molar mass up to four carbon atoms are freely soluble in water.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28080
Acetamide reacts with \({P_2}{O_5}\) (phosphorus pentaoxide) to give
1 Methyl cyanide
2 Methyl cyanate
3 Ethyl cyanide
4 Ethyl isocyanate
Explanation:
(a)\(C{H_3} - CO - N{H_2}\xrightarrow{{{P_2}{O_5}}}C{H_3} - C \equiv N + {H_2}O\)
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28081
The reaction \(C{H_3}COOH + C{l_2}\xrightarrow{P}ClC{H_2}COOH + HCl\) is called
1 Hell-Volhard-Zelinsky reaction
2 Birch reaction
3 Rosenmund reaction
4 Hunsdiecker reaction
Explanation:
(a)In this reaction \(\alpha - \,H\) is replaced by chlorine.
ALDEHYDES, KETONES AND CARBOXYLIC ACID
28086
Oxalic acid on being heated upto \({90\,^o}C\) with conc. \({H_2}S{O_4}\) forms