What is the Major Organic Product of the Following Reaction Sequence?

If you’re wondering what the major organic product of the following reaction sequence is, you’re in luck! We’ve got the answer for you.

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In organic chemistry, there are many ways to transform one molecule into another. Depending on the types of atoms involved and the conditions of the reaction, different organic products can be formed. In this guide, we will explore one particular type of reaction: the substitution reaction.

A substitution reaction is a type of organic reaction in which one atom or group of atoms in a molecule is replaced by another atom or group. The general form of a substitution reaction is:

A + B --> C + D

where A is the substance that is being substituted, B is the substituent, C is the product of the substitution reaction, and D is any by-product that may be formed.

The Reaction Sequence

The Reaction Sequence
In a reaction sequence, there are usually two or more steps. The first step is called the reactant step, and the second step is called the product step. The reactant step is when the reactants are mixed together, and the product step is when the products are formed.

In this reaction sequence, there are four steps. The first two steps are the reactant steps, and the last two steps are the product steps.

1) Sodium metal is added to water.
2) Chlorine gas is bubbled through the resulting solution.
3) The solution is heated, and a white solid forms.
4) The white solid is filtered off and washed with water.

The Major Product

Reaction 1:

Product A is the major organic product of the following reaction sequence.


In conclusion, the major organic product of the following reaction sequence is 4-methylpent-3-yne.

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