Write the formula of the conjugate base for acid HClO2 .

HClO2 (aq) + H2O (l) <-- H30+ (aq) + ClO2- (aq)

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^ the arrows were formatted wrong. make sure the arrows are pointing in both directions in the equation to demonstrate a reverseable reaction

To determine the formula of the conjugate base of an acid, you need to know the acid's formula and a basic understanding of acid-base reactions and their behavior.

The acid in question is HClO2, which is chlorous acid. To find the formula of its conjugate base, you need to remove a proton (H+) from the acid.

First, let's determine the chemical formula for chlorous acid, HClO2. Chlorous acid consists of one hydrogen atom (H), one chlorine atom (Cl), and two oxygen atoms (O). Therefore, the formula for HClO2 is HClO2.

To form the conjugate base, you remove a hydrogen ion (H+) from the acid. Removing the hydrogen ion leaves behind the remaining ions, or atoms, with their respective charges. In this case, the conjugate base will have a negative charge since it gained an electron, replacing the lost proton.

Removing one hydrogen ion from HClO2 gives you ClO2-, which is the formula of the conjugate base of HClO2. The negative charge indicates that this conjugate base has gained an extra electron, making it negatively charged.

Therefore, the formula of the conjugate base for the acid HClO2 is ClO2-.

How does HClO2 dissociate?

HClO2 ==> H^+ + ClO2^-
The acid is the one with more H.
The conjugate base is the one with fewer H.