We have learned three different methods to convert alkenes into alcohols: alcohol hydration, hydroboration-oxidation and oxymercuration-demercuration. Consider the four alkenes below and for each decide which statement is most accurate. Explain your choice. (A)All three methods will provide the same product on this alkene. (B) All three methods will provide different products on this alkene. (C) Hydration and oxymercuration will provide the same product and hydroboration will provide a different product. (D)Hydroboration and oxymercuration will provide the same product and hydration will provide a different product. (E) Hydration and hydroboration will provide the same product and oxymercuration will provide a different product.

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Answer:

See explaination

Explanation:

Markovnikav addition: The negative part of the reagent is added to the double bonded carbon atom which is attached to less number of hydrogen atoms.

Example: Addition of HX, H2O, oxymercuration-demercuration

Anti-Markovnikov addition: the negative part of the reagent is added to the double bonded carbon atom which is attached more number of hydrogen atoms.

Example of addition of HX in the presence of light or Peroxide, Hydroboration-oxidation.

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Ver imagen kendrich