CH3 -CH = CH2 ->[500°C][Cl2]X. X Is - Tardigrade
- Tardigrade
- Signup
- Login
- Institution
- Exams
- Blog
- Questions
- Tardigrade
- Question
- Chemistry
- CH3 -CH = CH2 ->[500°C][Cl2]X. X is
B
CD
none of the above
Solution:
The alkyl group of the alkenes undergo substitution at high temperature. Chlorine or bromine replace hydrogen of the alpha carbon atom with respect to the double bond of alkyl group at about without breaking the double bond (allylic substitution)
Từ khóa » H3c-ch3+cl2
-
CH3 Cl2, Hv→ N (isomeric Products) C5H11Cl Fractional Distillation ...
-
CH3 Cl2, Hv→ N (isomeric Products) C5H11Cl Fractional Distillation ...
-
Solved Provide The IUPAC Name For The Major Product Of The - Chegg
-
Test 1 Exercises Answers - StudyLib
-
[PDF] Systematic Nomenclature (IUPAC System)
-
Chapter 6 Notes: Alkene Reactions - Pdx
-
[PDF] Phaàn: 1 HIỆU ỨNG HÓA HỌC - Trường Đại Học Vinh
-
[PDF] Oct 7, 2021 Notes
-
[PDF] Practice Tests Answer Keys, Organic Chemistry I
-
(ch3)3cp(o)cl2 | Sigma-Aldrich
-
[PDF] ORGANIC CHEMISTRY I Alkynes Synthesis And Reactions
-
Electrophilic Reaction At Single Bonds. XIII. Chlorination And ...