H 2 SO 4 + KOH ⇌ H 2 O + K + + HSO 4 - Which is the base in the reaction?

Hey everyone, let's check out this problem of the following compounds determine whether they are Arrhenius acid, Arrhenius base or neither. So let's just recall what is an Arrhenius acid in an Arrhenius base according to the Arrhenius concept and acid is defined as a substance that produces hydro knee um ions. And so we are increasing our concentration of protons and an Arrhenius base is defined as a substance that produces hydroxide ions. And so we are increasing our concentration of hydroxide ions. So let's take a look at each of our compounds and we're going to need to disassociate them to determine whether or not they are an acid or a base. So our first one when we disassociate this it dissociates into See a two plus and two oh h minus. And here we have hydroxide. And so this is a arena space For the 2nd 1. When we disassociate it we get R. B plus plus O. H minus. And here you see we have our hydroxide ion. So this is also a base for our next one. We have carbon and hydrogen and this is a hydrocarbon, we have no ions here. And so this is going to be neither a Arrhenius acid or base for our next one when we disassociate it we get S. 032 minus plus two H plus and here we have hydro knee um ions. And so this is going to be an Arrhenius acid for our next one we have N. 02 minus plus H plus. And here you can see we have our hydro nia, my on there. So this is also an Arrhenius acid for the next one. We just have K. And B. R. When we disassociate this we get K. Plus plus B. R minus here. We have neither hydro knee um or hydroxide. So this is going to be neither a Arrhenius acid or base. For our next one we have s two minus plus H plus. Once it's dissociated here we have a hydro knee um ion. So this is an Arrhenius acid. Our next one once it's dissociated we get H plus and F minus and we have that hydro nia my on there. So this is an Arrhenius acid For our next one we have CH three which is a hydrocarbon. But our C. 00. H. Here is car box silic acid. And so this is going to be an Arrhenius acid. And for our last one, once it's dissociated we get F. E. Three plus plus three O. H minus. And here we have three hydroxide ions. And so this is going to be an Arrhenius base. So again guys we're looking at, once we disassociate each of our compounds, we're looking at the ions and whether we have protons or hydroxide and here we did that and this is going to be the final answer for this problem. I hope this was helpful

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17. Acid and Base Equilibrium

Arrhenius Acids and Bases

General Chemistry

17. Acid and Base Equilibrium

Arrhenius Acids and Bases

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H₂SO₄ + KOH ⇌ H₂O + K⁺ + HSO₄^-
Which is the base in the reaction?

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