Question

C2 h5 cl on heating with alcoholic koh will produce

Answer 1

C2h5cl on heating with alcoholic Koh will produce C2H4

Chemical Process:

alc. KOH is used for dehydrohalogenation in this chemical reaction.

The reaction is carried out as follows:

C2h5cl + alc.KOH → CH2=Ch2 + KCL + H2O

Ethene is formed in this reaction along with potassium chloride and water.

Formation of Ethanol:

We can convert CH2=CH2 into Ethanol in the presence of aqueous H2SO4

The reaction is carried out as follows:

CH2=CH2 + H20  →  C2H5OH

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Learn More about the formation of ethene.

Explain the formation of the ethene molecule with a diagram​

https://brainly.in/question/30468479?msp_srt_exp=5

Answer 2

Answer:

Ethene and Hydrochloric acid.

Explanation:

C₂H₅Cl -----⁽alc KOH⁾-------------> C₂H₄ + HCl

• In this reaction chloroethane reacts with alcoholic potassium hydroxide to form ethene carrying a double bond and hydrochloric acid.
• The alcoholic KOH acts as the base which will attack the hydrogen atom to form water.
• After removal of hydrogen the bond will shift to form ethene and remove the chlorine.
• The chlorine acts as a nucleophile which will attack the positive potassium ion to form potassium chloride.
• This reaction is an example of elimination reaction.

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