In the given reaction
`CH_(3)CHOunderset((ii)." "H_(2)O //H^(o+)//Delta)overset((i)." "NaCN//HCl)to(A)underset("reagent")overset("Fenton")to(B)`
(B) will be

In the given reaction sequence CH_3CHO underset((ii)H_2O^+)overset((i) NaCN//HCl)(rarr)(A) underset("reagent")overset("Fenton")(rarr)(B) , B will be

In the given reaction sequence CH_3CHO underset((ii)H_2O^+)overset((i) NaCN//HCl)(rarr)(A) underset("reagent")overset("Fenton")(rarr)(B) , B will be

In the given reaction CH_(3)-COOHundersetunderset((iii)." "H_(2)O //H^(o+)//Delta)((ii)." "NaCN)overset((i)." "Br_(2)//"red P")to[X] [X] will be

In the given reaction CH_(3)COOH underset({:((ii)NaCN),((iii)H_(2)O //H^(o+)//Delta):})overset((i)Br_(2)//P)to[x],[x] will be

In the given reaction CH_(3)-COOH underset(underset("(iii) "H_(2)O //H^(o+))("(ii) "NaCN))overset("(i) Red "-P+Br_(2))rarr(X) 'X' will be

In the given reaction CH_(3)-COOH underset(underset("(iii) "H_(2)O //H^(o+))("(ii) "NaCN))overset("(i) Red "-P+Br_(2))rarr(X) 'X' will be

Write structures of compounds A, B and C in each of the following reactions : CH_(3)CN underset((b)H_(3)O^(+))overset((a)SNCl_(2)//HCl) to A overset("dil. NaOH")toB overset(Delta)to C

Compounds A and C in the following reaction are CH_(3)CHOunderset((ii)H_(2)O)overset((i)CH_(3)MgBr)toAoverset(H_(2)SO_(4).Delta)to(B)overset("Hydroboration oxidation")to(C)