Represent hydrogen bonding between two molecular of (i) acetic acid (CH_(3) COOH) (ii) acetamid...

Differentiate between the following : (a) (I) Propanoic acid (C_2 H_5 COOH) and (II) acrylic acid (CH_2 = CH - COOH) . (b) (I) 2- Bromo propanoic acid (CH_3 CH Be COOH) and (II) pyruvic acid (MeCOCOOH) ( c) (I) 2- Chloro-propanoic acid and (II) propanoic acid (d) (I) Formic acid (HCOOH) and (II) acetic acid (MeCOOH) . (e) (I) Malonic acid and (II) oxalic acid ((COOH)_2) . (f) (I) Malonic acid and (II) succinic acid (g) (I) n -Butanolm (II) butanal, (III) dimethyl ether, (IV) butanoic acid, (V) butane.

Which of the following indicate the presence of -OH group in -COOH group of the acetic acid (CH_(3)COOH) :

Same mass of glucose (C_(6)H_(12)O_(6)) and acetic acid (CH_(3)COOH) contain:

The following equilibrium is established when hydrogen chloride is dissolved in acetic acid HCl(aq)+CH_3COOH(aq)hArrCl^(-)(aq)+CH_3COOH_2^(+)(aq) The set that characterises the conjugate acid-base pairs is :