Answer:
The chemical reaction is given as:
[tex]CH_3OH+KOH\rightarrow CH_3O^-K^++H_2O[/tex]
Explanation:
Alcohols in strong basic medium exist as an alkoxide ion. The reaction is given as :
[tex]ROH+OH^-\rightarrow RO^-+H_2O[/tex]
So, when methanol is treated with KOH, it gives aqueous solution of potassium methoxide and along with a water molecule.
The chemical reaction is given as:
[tex]CH_3OH+KOH\rightarrow CH_3O^-K^++H_2O[/tex]
The chemical reaction for methanol treated with potassium hydroxide is:
[tex]\rm CH_3OH + KOH = CH_3 O^- K^+ +H_2O[/tex]
Methanol is the simplest alcohol present. It is also called as methyl alcohol.
The reaction is
[tex]\rm CH_3OH + KOH = CH_3 O^- K^+ +H_2O[/tex]
The reaction of methanol and potassium hydroxide is an exothermic reaction.
It produces potassium methanolate and water.
It does not produce hydrogen gas, which is highly inflammable.
Thus, the reaction is [tex]\rm CH_3OH + KOH = CH_3 O^- K^+ +H_2O[/tex]
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