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JEE Main 202228 JuneEvening Shift
Exam
JEE Main
Year
2022
Date
28 June
Shift
Evening Shift
Subject
Chemistry
Chapter
Haloalkanes and Haloarenes

JEE Main 2022 · 28 June · Evening Shift · Chemistry · Haloalkanes and Haloarenes

Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O...

Consider the following reaction,

A→A\to2.CN−3.H2O/H+/∆\begin{array}{ll}2 . {CN}^{-} \\ 3 . {H}_{2}O / {H}^{+} / ∆\end{array}1.Cl2/hv4−bromophenylaceticacid1 . {Cl}_{2} / hv4 - bromophenylaceticacid

What is AA in the above reaction?

Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -

Options

  1. ALet f:[1, ∞) arrow ℝ be a differentiable function. If 6 ∫_ 1 ^ x f(t) d t=3 x f(x)+x^ 3 -4 for all x ≥ 1 , then the
  2. BLet f:[1, ∞) arrow ℝ be a differentiable function. If 6 ∫_ 1 ^ x f(t) d t=3 x f(x)+x^ 3 -4 for all x ≥ 1 , then the
  3. CLet f:[1, ∞) arrow ℝ be a differentiable function. If 6 ∫_ 1 ^ x f(t) d t=3 x f(x)+x^ 3 -4 for all x ≥ 1 , then the
  4. DLet f:[1, ∞) arrow ℝ be a differentiable function. If 6 ∫_ 1 ^ x f(t) d t=3 x f(x)+x^ 3 -4 for all x ≥ 1 , then the

Correct answer

C. Let f:[1, ∞) arrow ℝ be a differentiable function. If 6 ∫_ 1 ^ x f(t) d t=3 x f(x)+x^ 3 -4 for all x ≥ 1 , then the

Step-by-step solution

4-bromotoluene undergoes free radical chlorination,to form 4-bromo benzyl chloride.

4-bromo benzyl chloride on reaction with KCN from

4-Bromobenzyl Cyanide which undergoes hydrolysis to form 4-Bromophenyl acetic acid,

Consider the following reaction, A→ array ll 2 . CN ^ - 3 . H _ 2 O / H ^ + / ∆ array 1 . Cl _ 2 / hv4 -

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