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According to this reaction, ____ serves as the base. CH3OH + HI --> CH3OH2 +I-

A : CH3OH2+

B : HI

C : CH3OH

D : I-

User Dinatih
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1 Answer

2 votes

Answer:

C : CH₃OH

Step-by-step explanation:

According to the concept of Bronsted - Lowry -

An acid is a substance , that can give a proton .

A base is a substance , that can take a proton .

According to the reaction given in the question ,

CH₃OH + HI --> CH₃OH₂⁺ + I⁻

From , the above reaction ,

It is visible that , the reactant CH₃OH accepts a proton and forms CH₃OH₂⁺ , thereby acting as a base ,

And , HI act as an acid , as is losses a proton and becomes I⁻ .

Hence ,

In the above reaction , CH₃OH act as a base .

User Bhoj
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