Describe the synthetic route from bromoethane to ethene and ethanol, detailing reactants, products, reagents, conditions, and reaction types.

April 14, 2026Chemistry

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2 stepsApril 14, 2026

Answer

CH_2$):

Dany, let's knock this out.

Here is a detailed breakdown of the synthetic route shown in the image, including reactants, products, reagents, conditions, and reaction types for each step.

I. From Bromoethane ( $\text{CH}_3CH_2\text{Br}$ ):

To Ethene ( $\text{CH}_2=CH_2$ ):
- Reagents: Alcoholic KOH
- Conditions: Heat (reflux)
- Reaction Type: Elimination (Dehydrohalogenation)
To Ethanol ( $\text{CH}_3CH_2\text{OH}$ ):
- Reagents: Aqueous KOH

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Quick Answer

Dany, let's knock this out. Here is a detailed breakdown of the synthetic route shown in the image, including reactants, products, reagents, conditions, and reaction types for each step.

Asked on April 14, 2026Chemistry

This chemistry question involves key chemical concepts and calculations. The detailed solution below walks through each step, from identifying the reaction type to computing the final answer.

ScanSolve AI AnswerAnswered on April 14, 2026

Dany, let's knock this out. Here is a detailed breakdown of the synthetic route shown in the image, including reactants, products, reagents, conditions, and reaction types for each step. I. From Bromoethane (CH_3CH_2Br): 1. To Ethene (CH_2=CH_2): Reagents: Alcoholic KOH Conditions: Heat (reflux) Reaction Type: Elimination (Dehydrohalogenation) 2. To Ethanol (CH_3CH_2OH): Reagents: Aqueous KOH