True or False: {eq}\rm CH_3CH_3 {/eq} is the conjugate acid of {eq}\rm CH_3CH_2^- {/eq}


True or False: {eq}\rm CH_3CH_3 {/eq} is the conjugate acid of {eq}\rm CH_3CH_2^- {/eq}

Components of Neutralization Reactions:

Every neutralization reaction consists of the same substances: an acid and a base on the reactants' side and a conjugate acid and a conjugate base on the products' side. Conjugate acids and conjugate bases act as acids and bases in the reverse reaction.

Answer and Explanation: 1

The statement is true. {eq}\rm CH_3CH_3 {/eq}, which is named ethane, is an acid, albeit a weak one. That means that when ethane donates a hydrogen ion, leaving behind an ethyl residue, which has the formula of {eq}\rm CH_3CH_2^- {/eq}. This is the same formula as the compound in question. When we look at that compound, we see that it is unstable because it is an organic compound with a carbon atom that has extra electrons. Therefore, this compound is willing to accept protons, making it a Bronsted-Lowry base. When this base accepts a proton, it produces ethane, which is the conjugate acid of the Bronsted-Lowry base.

Learn more about this topic:

What is a Conjugate Acid? - Definition & Examples


Chapter 10 / Lesson 16

When a base accepts a proton in a solution, it forms a conjugate acid. Explore the history of acid theory, learn more about the definition and formation of conjugate acids, and check out common examples.

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