In the following sequence of reactions, Which of the statements are correct about the compound (D)? (D) is:

Question

In the following sequence of reactions, <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/e8cda84b69eb40f89d242acff6c9b9fc-.png" /> Which of the statements are correct about the compound (D)? (D) is: (A)  (B)  (C)  (D) In E2 elimination, the most acidic H atom is removed. The inductive effect ( - I ) of Br atom increases the acidity of H atoms to which Br atoms are bonded Decreasing acidity of H atom in (B) is as follows: H at C -1> H at C -2> H at C -3

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Statement (d) explains the formation of D

Q. In the following sequence of reactions,

Which of the statements are correct about the compound (D)?
(D) is:

In E2 elimination, the most acidic $H$ atom is removed. The inductive effect ( $- I)$ of $B r$ atom increases the acidity of $H$ atoms to which $B r$ atoms are bonded Decreasing acidity of $H$ atom in (B) is as follows: $H$ at $C - 1 > H$ at $C - 2 > H$ at $C - 3$

Statement (d) explains the formation of D

Q. In the following sequence of reactions, Which of the statements are correct about the compound (D)? (D) is:

In E2 elimination, the most acidic H atom is removed. The inductive effect ( −I) of Br atom increases the acidity of H atoms to which Br atoms are bonded Decreasing acidity of H atom in (B) is as follows: H at C−1>H at C−2>H at C−3

Statement (d) explains the formation of D

Q. In the following sequence of reactions,

Which of the statements are correct about the compound (D)?
(D) is:

In E2 elimination, the most acidic $H$ atom is removed. The inductive effect ( $- I)$ of $B r$ atom increases the acidity of $H$ atoms to which $B r$ atoms are bonded Decreasing acidity of $H$ atom in (B) is as follows: $H$ at $C - 1 > H$ at $C - 2 > H$ at $C - 3$