The major product obtained in the following conversion is:

11.01.2019 Shift 2 Synergy JEE Mains D66

This question was previously asked in
JEE Mains Previous Paper 1 (Held On: 11 Jan 2019 Shift 2)
View all JEE Main Papers >
  1. 11.01.2019 Shift 2 Synergy JEE Mains D67
  2. 11.01.2019 Shift 2 Synergy JEE Mains D68
  3. 11.01.2019 Shift 2 Synergy JEE Mains D69
  4. 11.01.2019 Shift 2 Synergy JEE Mains D70

Answer (Detailed Solution Below)

Option 2 : 11.01.2019 Shift 2 Synergy JEE Mains D68
Free
JEE Main 04 April 2024 Shift 1
13 K Users
90 Questions 300 Marks 180 Mins

Detailed Solution

Download Solution PDF

Concept:

In presence of r2/EtOH, the reactant containing double bond undergoes electrophilic addition reaction via the formation of bromonium ion. On further attack of \(-\ddot{\underset{\scriptscriptstyle\centerdot\centerdot}{O}}\) Me on bromonium ion gives the addition product. 

Latest JEE Main Updates

Last updated on Jul 11, 2025

 

-> JEE Main 2026 application will start probably from second week of October 2025 till November 2025.

->Check JEE Main syllabus for 2026 examination.

-> JEE Main is a national-level engineering entrance examination conducted for 10+2 students seeking courses B.Tech, B.E, and B. Arch/B. Planning courses. 

-> JEE Mains marks are used to get into IITs, NITs, CFTIs, and other engineering institutions.

-> All the candidates can check the JEE Main Previous Year Question Papers, to score well in the JEE Main Exam 2025. 

Get Free Access Now
Hot Links: teen patti joy mod apk teen patti tiger teen patti gold