Column I Column II A CH3COOH + C2H5OH xrightleftharpoonsH⊕ p Transacylation B MeCOOC2H5 + n - C5H11OH xrightleftharpoonsH⊕ q Esterification C RCOOR' + NH3 arrow r Transesterification D RCOCl + 2Me2NH arrow s Nucleophilic acyl substitution E RCONHOH xrightarrow ominusOH ? xrightarrowH3O⊕ t Rearrangement

Question

Column I Column II A CH3COOH + C2H5OH xrightleftharpoonsH⊕ p Transacylation B MeCOOC2H5 + n - C5H11OH xrightleftharpoonsH⊕ q Esterification C RCOOR' + NH3 arrow r Transesterification D RCOCl + 2Me2NH arrow s Nucleophilic acyl substitution E RCONHOH xrightarrow ominusOH ? xrightarrowH3O⊕ t Rearrangement (A) A - (q,s), B -(r, s), C - (p, s), D - (p, s) (B) A - (r,s), B -(p, s), C - (q, s), D - (q, r) (C) A - (p,s), B -(q, s), C - (q, s), D - (t) (D) A - (q,r), B -(u), C - (q, s), D - (r, s)

Tardigrade Admin · Accepted Answer

Correct answer is (a) A - (q,s), B -(r, s), C - (p, s), D - (p, s)

Column I		Column II
A	$C H_{3} COO H + C_{2} H_{5} O H H^{\oplus}$	p	Transacylation
B	$M e COO C_{2} H_{5} + n - C_{5} H_{11} O H H^{\oplus}$	q	Esterification
C	$RCOO R^{'} + N H_{3} \to$	r	Transesterification
D	$RCOCl + 2 M e_{2} N H \to$	s	Nucleophilic acyl substitution
E	$RCON H O H^{⊖} O H ? H_{3} O^{\oplus}$	t	Rearrangement

Q. Column I Column II A CH3​COOH+C2​H5​OHH⊕​ p Transacylation B MeCOOC2​H5​+n−C5​H11​OHH⊕​ q Esterification C RCOOR′+NH3​→ r Transesterification D RCOCl+2Me2​NH→ s Nucleophilic acyl substitution E RCONHOH⊖OH​?H3​O⊕​ t Rearrangement

A - (q,s), B -(r, s), C - (p, s), D - (p, s)

A - (r,s), B -(p, s), C - (q, s), D - (q, r)

A - (p,s), B -(q, s), C - (q, s), D - (t)

A - (q,r), B -(u), C - (q, s), D - (r, s)

Correct answer is (a) A - (q,s), B -(r, s), C - (p, s), D - (p, s)