Haloalkanes and Haloarenes

Match List I with List II List I List II A I Fittig reaction B II Wurtz Fittig reaction C III Finkelstein reaction D $C_{2}H_{5}\mathrm{Cl}+\mathrm{NaI}\rightarrow\,C_{2}H_{5}I+\mathrm{Nacl}$ IV Sandmeyer reaction

For the given reaction: What is$A$?

Acid $D$ formed in above reaction is:

Consider the reaction sequence given below : Which of the following statements is true:

The major products from the following reaction sequence are product \(A\) and product B. The total sum of \(\pi\) electrons in product \(A\) and product \(B\) are _______ (nearest integer)

The number of halobenzenes from the following that can be prepared by Sandmeyer's reaction is _______

Considering the above reactions, the compound '$A$' and compound '$B$' respectively are

Consider the following reaction, $A\underset{\begin{matrix} 2.\mathrm{CN}^{-} \\ 3.H_{2}O/H^{+}/\Delta\, \end{matrix}}{\overset{1.\mathrm{Cl}_{2}/\mathrm{hv}}{\rightarrow\,}}4-\mathrm{bromophenylacetic}\mathrm{acid}$…

The total number of hydrogen atoms in product $A$and product $B$is__________?

What is the major product formed by $\mathrm{HI}$ on reaction with

$\mathrm{X} \text { is: }$

Number of moles of $\mathrm{AgCl}$ formed in the following reaction is _____ .