(a)
Interpretation: The acetylide anion and
Concept introduction: The replacement or substitution of one
(b)
Interpretation: The acetylide anion and alkyl halide that are used to prepare the given alkyne are to be predicted. All the possible routes that are used to prepare the given alkyne are to be shown.
Concept introduction: The replacement or substitution of one functional group with another different functional group in any chemical reaction is termed as substitution reaction. The nucleophilic reaction that consists of bimolecular as well as bond-making and bond-breaking steps is termed as
(c)
Interpretation: The acetylide anion and alkyl halide that are used to prepare the given alkyne are to be predicted. All the possible routes that are used to prepare the given alkyne are to be shown.
Concept introduction: The replacement or substitution of one functional group with another different functional group in any chemical reaction is termed as substitution reaction. The nucleophilic reaction that consists of bimolecular as well as bond-making and bond-breaking steps is termed as
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Organic Chemistry
- Draw the structure of the major organic product(s) for the following reaction between an acetylenic anion and an alkyl halide. (The reaction stoichiometry is 1:1.)arrow_forwardProvide reagentarrow_forwardConsider the reaction of an alkyl bromide with water. Draw the neutral organic products.arrow_forward
- Synthesize the product from the given material. Give the reagents necessary and draw out any intermediate products along the way.arrow_forwardprovide reagents.arrow_forwardcreate a synthesis reaction for N,N-dimethylethanamide from alkene, alkane, a halogen, and ammonia. Draw and name each compound and include all conditions, reactants and products needed for the reaction to proceed.arrow_forward
- How Nucleophilic substitution occurs ?arrow_forwardCircle all molecules that contain acetals.arrow_forwardEsters tend to undergo a substitution reaction when reacted with a nucleophile. On the other hand, aldehydes and ketones undergo an addition reaction instead. Why is this so? Group of answer choicesarrow_forward
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