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alyoan tariq
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#1
Which types of reaction are undergone by CH2BrCHCH2?
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
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charco
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#2
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#2
(Original post by alyoan tariq)
Which types of reaction are undergone by CH2BrCHCH2?
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
Which types of reaction are undergone by CH2BrCHCH2?
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
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alyoan tariq
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#3
(Original post by charco)
All hydrocarbon chains can substitute H atoms in the presence of UV light and a halogen.
All hydrocarbon chains can substitute H atoms in the presence of UV light and a halogen.
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Sniperdon227
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#4
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#4
(Original post by alyoan tariq)
Which types of reaction are undergone by CH2BrCHCH2?
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
Which types of reaction are undergone by CH2BrCHCH2?
1)hydrolysis
2)free radical substitution
3)nucleophilic addition
ok the answer is 1 and 2 but then how can alkenes undergo free radicle substitution ? or is it because of the halogen?
thank u
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alow
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#5
(Original post by Sniperdon227)
are you sure the structural formula you've provided is correct
are you sure the structural formula you've provided is correct
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Sniperdon227
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#6
(Original post by alow)
Probably a double bond between the 2nd and 3rd carbons.
Probably a double bond between the 2nd and 3rd carbons.
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alow
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#7
(Original post by Sniperdon227)
So its 3-bromoprop-1-ene, since when could alkenes undergo free rad sub, they can undergo Hydrolysis and Electrophillic Addition I know that
So its 3-bromoprop-1-ene, since when could alkenes undergo free rad sub, they can undergo Hydrolysis and Electrophillic Addition I know that
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Sniperdon227
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#8
(Original post by alow)
You know a molecule can have multiple functional groups, right?
You know a molecule can have multiple functional groups, right?
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alyoan tariq
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#9
(Original post by Sniperdon227)
are you sure the structural formula you've provided is correct
are you sure the structural formula you've provided is correct
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