Consider following reactions and write total number of reactions which can produce 1∘ alcohol as one of the product. 1) Et−COOHi. BH3−−−−−−−→ii. H+/H2O 2) (CH3)2CH−COOHNaBH4−−−−→ 3) Et−COOCH3H+/H2O−−−−−→ 4) (CH3)2C=CH2i. BH3,THF−−−−−−−−−→ii. H2O2,OH− 5) Et−COClH2−−−−−−−→Pd−BaSO4 6) (CH3)2CH−O−EtH+/H2O−−−−−→

Consider following reactions and write total number of reactions which

1.	Consider following reactions and write total number of reactions which can produce 1∘ alcohol as one of the product. 1) Et−COOHi. BH3−−−−−−−→ii. H+/H2O 2) (CH3)2CH−COOHNaBH4−−−−→ 3) Et−COOCH3H+/H2O−−−−−→ 4) (CH3)2C=CH2i. BH3,THF−−−−−−−−−→ii. H2O2,OH− 5) Et−COClH2−−−−−−−→Pd−BaSO4 6) (CH3)2CH−O−EtH+/H2O−−−−−→
Answer» Consider following reactions and write total number of reactions which can produce $1^{\circ}$ alcohol as one of the product. $1) E t - C O O H i . B H_{3} - ------ \to i i . H^{+} / H_{2} O$ $2) (C H_{3})_{2} C H - C O O H N a B H_{4} - --- \to$ $3) E t - C O O C H_{3} H^{+} / H_{2} O - ---- \to$ $4) (C H_{3})_{2} C = C H_{2} i . B H_{3}, T H F - -------- \to i i . H_{2} O_{2}, O H^{-}$ $5) E t - C O C l H_{2} - ------ \to P d - B a S O_{4}$ $6) (C H_{3})_{2} C H - O - E t H^{+} / H_{2} O - ---- \to$