What happens when ethanethiol is treated with KOH
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Answer:
When CH3OH IS TREATED WITH KOH, KCH3 AND H2O ARE FORMED
Explanation:
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Answer:
When ethanethiol is treated with potassium hydroxide (KOH), CH3CH2SK and water H2O is formed.
Explanation:
- Ethanethiol has the formula CH3CH2SH
- Alkylthiols are a group of substances that include ethanethiol, commonly referred to as ethyl-mercaptan or ethanethiol sodium salt.
- Alkylthiols are organic substances that have an alkyl chain connected to the thiol functional group.
- Ethanethiol is a very weakly acidic chemical that is soluble (in water) (based on its pKa).
- Potassium hydroxide, sometimes known as caustic potash, is an inorganic chemical with the formula KOH.
- KOH is a typical strong basic, along with sodium hydroxide.
- It has numerous industrial and specialised uses, the majority of which make use of its caustic properties and acid reactivity.
CH3CH2SK and H2O are formed when ethanethiol is treated with KOH.
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