What is the {eq}[H^+] {/eq} in 24.4 mL of 3.30 M {eq}HCl {/eq} solution?


What is the {eq}[H^+] {/eq} in 24.4 mL of 3.30 M {eq}HCl {/eq} solution?

Strong Acid:

If you dissolve a Bronsted acid into aqueous solution, then it undergo a reversible dissociation reaction that will reach a state of chemical equilibrium after some time. The acid dissociation constant {eq}K_a {/eq} controls this system, whose expression is a ratio of aqueous product and reactant molarity values. Strong acids have relatively large {eq}K_a {/eq} values at a given solution temperature (e.g. 25 degrees Celsius), which implies an equilibrium state that strongly favors the product side. This side is so strongly favored that the dissociation is simply approximated as proceeding to completion in the forward direction.

Answer and Explanation: 1

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HCl is an example of a strong monoprotic acid. Therefore, it completely dissociates in aqueous solution to provide the same molarity of hydrogen...

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Strong Acid: Definition & Examples


Chapter 6 / Lesson 9

Learn about strong acids. Understand what a strong acid is, learn what makes an acid strong, examine a list of strong acids and bases, and see strong acid examples.

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