Podcast
Questions and Answers
What are the five factors that the E2/SN2 ratio depends on?
What are the five factors that the E2/SN2 ratio depends on?
- Basicity of the added reagent. 2. Polarity of the medium. 3. Temperature. 4. Structure of the substrate R-X. 5. Basicity of the added reagent.
How does the basicity of the added reagent influence the E2/SN2 ratio?
How does the basicity of the added reagent influence the E2/SN2 ratio?
The basicity of the added reagent is one of the factors that affects the E2/SN2 ratio, influencing the reaction outcome.
Explain the significance of the polarity of the medium in E2/SN2 reactions.
Explain the significance of the polarity of the medium in E2/SN2 reactions.
The polarity of the medium impacts the E2/SN2 ratio, affecting the reaction conditions and outcomes.
How does temperature play a role in determining the E2/SN2 ratio?
How does temperature play a role in determining the E2/SN2 ratio?
Discuss the importance of the structure of the substrate R-X in E2/SN2 reactions.
Discuss the importance of the structure of the substrate R-X in E2/SN2 reactions.
Explain why the SN1 mechanism is strongly accelerated when the medium is rendered more polar.
Explain why the SN1 mechanism is strongly accelerated when the medium is rendered more polar.
Describe the role of the nucleophile in an SN2 mechanism.
Describe the role of the nucleophile in an SN2 mechanism.
How does the structure of the alkyl halide affect the rate of an SN1 reaction?
How does the structure of the alkyl halide affect the rate of an SN1 reaction?
What stereochemical outcome is observed in an SN2 reaction?
What stereochemical outcome is observed in an SN2 reaction?
Explain the effect of the leaving group on the rate of an SN2 reaction.
Explain the effect of the leaving group on the rate of an SN2 reaction.
What is the effect of increasing the number of electron-attracting substituents on acid strength?
What is the effect of increasing the number of electron-attracting substituents on acid strength?
In the halogen derivatives of alkanes, how can alkyl halides be prepared from alcohols?
In the halogen derivatives of alkanes, how can alkyl halides be prepared from alcohols?
What is the major reaction pathway for alkyl halides?
What is the major reaction pathway for alkyl halides?
What is the general mechanism for the SN2 reaction?
What is the general mechanism for the SN2 reaction?
How does the rate of SN1 reaction vary with the concentration of alkyl halides?
How does the rate of SN1 reaction vary with the concentration of alkyl halides?
What is the stereochemical evidence for the SN2 mechanism?
What is the stereochemical evidence for the SN2 mechanism?
How does the reactivity of SN2 reactions change with the substitution at the alpha carbon?
How does the reactivity of SN2 reactions change with the substitution at the alpha carbon?
What is the effect of nucleophiles on the reactivity of SN1 and SN2 mechanisms?
What is the effect of nucleophiles on the reactivity of SN1 and SN2 mechanisms?
How can alkyl halides be prepared from alkenes?
How can alkyl halides be prepared from alkenes?
What is the effect of changing the nature of the electron-attracting substituent on acid strength?
What is the effect of changing the nature of the electron-attracting substituent on acid strength?