Oxidation of Alkyl Side Chain

Q. The compound formed as a result of potassium permanganate oxidation of methylbenzene is

1. Benzoic acid
2. Benzyl alcohol
3. Benzophenone
4. Acetophenone

Q.
List-I contains questions related to reaction sequence and List-II contains their answers.



Which of the following options has the correct combination considering reaction in List-I and their product(s) in List-II?

1. $I\to R;III\to U$
2. $I\to Q;III\to P$
3. $I\to Q;III\to S$
4. $I\to R;III\to S$

Q. Xylenes on oxidation with acidic $KMn{O}_4$ gives

1. Terphthalic acid
2. Phthalic acid
3. Isophthalic acid
4. All of these

Q. Toluene on oxidation with dilute $HN{O}_3$ and alkaline $KMn{O}_4$ gives

1. Benzaldehyde
2. Phenol
3. Nitrotoluene
4. Benzoic acid

Q.
List-I contains questions related to reaction sequence and List-II contains their answers.



Which of the following options has the correct combination considering reaction in List-I and their product(s) in List-II?

1. $II\to P;IV\to T$
2. $II\to S;IV\to U$
3. $II\to P;IV\to T$
4. $II\to S;IV\to T$

Q. The compound formed as a result of potassium permanganate oxidation of methylbenzene is

1. Benzoic acid
2. Benzyl alcohol
3. Benzophenone
4. Acetophenone

Q. Toluene on oxidation with dilute $HN{O}_3$ and alkaline $KMn{O}_4$ gives

1. Benzaldehyde
2. Phenol
3. Nitrotoluene
4. Benzoic acid

Q. Toluene on oxidation with dilute $HN{O}_3$ and alkaline $KMn{O}_4$ gives

1. Benzaldehyde
2. Phenol
3. Nitrotoluene
4. Benzoic acid

Q. Xylenes on oxidation with acidic $KMn{O}_4$ gives

1. Terphthalic acid
2. Phthalic acid
3. Isophthalic acid
4. All of these