Could you explain why it undergoes SN2 more specifically, I didn't get why a good leaving group and a strong nucleophile cause a 2°alkyl halide to undergo SN2.
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Could you explain why it undergoes SN2 more specifically, I didn't get why a good leaving group and a strong nucleophile cause a 2°
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- How does the strength of the nucleophile affect an SN1 or SN2 mechanism?Would you say its sn1 ir sn2, I said it was sn1,because the nucleophile is weak, but my teachers said it was sn2The following reaction is slow and gives an unusual product. Propose a mechanism for the observed product based on what you know about SN1 and SN2-type mechanisms.
- The SN2 reaction shows a reversible mechanism when the basic strength nucleophile and leaving group are similar, but not when the strength of the nucleophile as a base is greater than that of the leaving group. Explain.A student proposes the following reaction mechanism for the reaction in Model 6. Which step inthis mechanism is least favorable? Explain your reasoning.Draw the major product of each reaction below.
- Draw the product for following reactions. Propose mechanism for each of reactions. DCI 2.The reaction shown below proceeds by both an SN1 and an SN2 mechanism. Draw the products of each process and use mechanistic arguments to account for any differences in the products formed. Ph 'Br SH BaseShow using resonance structures why the following structure adds meta and not ortho/para. NH3 Propose a mechanism for the following reaction. Remember, the aromatic ring will attack any positive charge- even one formed by water leaving! But rearrange first! OH H3CO. H3CO H2SO4
- Draw the major nucleophilic substitution product of each reaction below, showing stereochemistry when necessary. Circle which mechanism type, SNl or SN2, each reaction proceeds by. You do not need to show the mechanisms. CI Но- Syl or SN2 a. Br Snl NANH2 or Sy2 b. DMSO SN1 O Na or Br Acetone Sy2 с.Please explain the steps from the reactant to product. Are they SN1/SN2/E1 or E2 reactions, good or bad leaving groups.Label the nucleophile and leaving group, and draw the product (includingstereochemistry) of the following SN2 reaction.