In the given transformation- which of the following is the appropriate reagent-NH-2-NH-2- OH-Na-liquid-NH-3-Zn-Hg-HClNaBH-4-

Question

Toppr Admin · Accepted Answer

In the given reaction- the reactant has a acid sensitive group- i-e- OH-x2212- So- the transformation can only be carried out by -apos-Wolf-Kishner-apos- reduction method-xA0-i-e-xA0-NH2NH2-OH-x2212- Clemmensen reduction using Zn-x2212-Hg-HCl will not work here-

In the given transformation, which of the following is the most appropriate reagent?

$N H_{2} N H_{2}, O H^{-}$
$N a, l i q u i d N H_{3}$
$Z n - H g / H C l$
$N a B H_{4}$

In the given reaction, the reactant has a acid sensitive group, i.e., $O H^{-}$ . So, the transformation can only be carried out by 'Wolf-Kishner' reduction method, i.e. $N H_{2} N H_{2}, O H^{-}$ . Clemmensen reduction using $Z n - H g / H C l$ will not work here.

In the given transformation, which of the following is the most appropriate reagent?NH2NH2,OH−Na,liquidNH3Zn−Hg/HClNaBH4

In the given reaction, the reactant has a acid sensitive group, i.e., OH−. So, the transformation can only be carried out by 'Wolf-Kishner' reduction method, i.e. NH2NH2,OH−. Clemmensen reduction using Zn−Hg/HCl will not work here.

In the given transformation, which of the following is the most appropriate reagent?

$N H_{2} N H_{2}, O H^{-}$
$N a, l i q u i d N H_{3}$
$Z n - H g / H C l$
$N a B H_{4}$

In the given reaction, the reactant has a acid sensitive group, i.e., $O H^{-}$ . So, the transformation can only be carried out by 'Wolf-Kishner' reduction method, i.e. $N H_{2} N H_{2}, O H^{-}$ . Clemmensen reduction using $Z n - H g / H C l$ will not work here.