HCI (b) Exercise 2 Diazonium ions (R-N:") are such powerful leaving groups that they offer a method for generatik primary carbocations (N, gas is the leaving group). Interestingly, hydrolysis (solvolysis with water) any of the indicated diazonium ions (below) gives the same three products in exactly the same rati Provide a mechanism for these reactions consistent with this data. (Hint: Think about a commc intermediate for all the reactions.) 48 48 4

Organic Chemistry
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ISBN:9781305080485
Author:John E. McMurry
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Chapter22: Carbonyl Alpha-substitution Reactions
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C0%
(b)
HO,
HCI
Exercise 2
Diazonium ions (R-N2") are such powerful leaving groups that they offer a method for generati
primary carbocations (Na gas is the leaving group). Interestingly, hydrolysis (solvolysis with water)
any of the indicated diazonium ions (below) gives the same three products in exactly the same rati
Provide a mechanism for these reactions consistent with this data. (Hint: Think about a commc
intermediate for all the reactions.)
OH
HO.
48 48 4
Exercise 3
For the indicated atoms in each molecule, determine if they are homotopic. enantiotopic, diastereotopic or
heterotopic
Transcribed Image Text:C0% (b) HO, HCI Exercise 2 Diazonium ions (R-N2") are such powerful leaving groups that they offer a method for generati primary carbocations (Na gas is the leaving group). Interestingly, hydrolysis (solvolysis with water) any of the indicated diazonium ions (below) gives the same three products in exactly the same rati Provide a mechanism for these reactions consistent with this data. (Hint: Think about a commc intermediate for all the reactions.) OH HO. 48 48 4 Exercise 3 For the indicated atoms in each molecule, determine if they are homotopic. enantiotopic, diastereotopic or heterotopic
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