5.1 Identify the reaction types or the mechanisms (SN1, SN2, EI, E2, etc.) applicable in each of the following scenarios: 5.1.1 The mechanism of a reaction between a tertiary alkyl halide and a hydroxide, which produces a racemic product mixture (racemate). 5.1.2 The mechanism of a reaction between a primary alkyl halide and tert-butoxide, which produces an alkene. 5.1.3 A reaction during the course of which a proton (a hydrogen) and a halogen atom are removed from vicinal carbon atoms. 5.1.4 A reaction during the course of which two bromine atoms are added vicinal carbon atoms of an alkyne.

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Question 5
5.1 Identify the reaction types or the mechanisms (SN1, SN2, E1, E2, etc.) applicable in each of
the following scenarios:
5.1.1 The mechanism of a reaction between a tertiary alkyl halide and a hydroxide, which
produces a racemic product mixture (racemate).
5.1.2 The mechanism of a reaction between a primary alkyl halide and tert-butoxide, which
produces an alkene.
5.1.3 A reaction during the course of which a proton (a hydrogen) and a halogen atom are
removed from vicinal carbon atoms.
5.1.4 A reaction during the course of which two bromine atoms are added vicinal carbon atoms
of an alkyne.
Transcribed Image Text:Question 5 5.1 Identify the reaction types or the mechanisms (SN1, SN2, E1, E2, etc.) applicable in each of the following scenarios: 5.1.1 The mechanism of a reaction between a tertiary alkyl halide and a hydroxide, which produces a racemic product mixture (racemate). 5.1.2 The mechanism of a reaction between a primary alkyl halide and tert-butoxide, which produces an alkene. 5.1.3 A reaction during the course of which a proton (a hydrogen) and a halogen atom are removed from vicinal carbon atoms. 5.1.4 A reaction during the course of which two bromine atoms are added vicinal carbon atoms of an alkyne.
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