What is the Difference Between Weak Acid and Dilute Acid?
🆚 Go to Comparative Table 🆚The difference between a weak acid and a dilute acid lies in their ionization and concentration properties. Here are the key differences:
- Weak Acid: A weak acid is a compound that partially dissociates when dissolved in water, meaning it doesn't completely release all of its hydrogen ions. It comes under the classification of acids according to acid strength.
- Dilute Acid: A dilute acid is a solution containing more water than acid. It comes under the category of concentration of acids. A dilute acid has a relatively smaller amount of solute dissolved in the solvent.
In summary, a weak acid is a compound that partially ionizes in water, while a dilute acid is a solution with a relatively smaller amount of acid dissolved in water. The acid strength does not change upon dilution; a strong acid remains a strong acid even when diluted.
Comparative Table: Weak Acid vs Dilute Acid
The main difference between a weak acid and a dilute acid lies in their dissociation and concentration properties. Here is a table summarizing the differences:
Property | Weak Acid | Dilute Acid |
---|---|---|
Dissociation | Partially dissociates into its ions when dissolved in water | A solution containing more water than acid |
Ionization | Releases hydrogen ions (protons) to a lesser extent than a strong acid | Does not affect the reactivity of the acid |
pH Value | Higher pH value compared to a strong acid of the same concentration | Acidity remains the same after diluting a strong acid |
Nature of Acid | Less reactive than strong acids | Reactivity remains the same after diluting a strong acid |
In summary, a weak acid is a compound that partially dissociates into its ions when dissolved in water, releasing hydrogen ions (protons) to a lesser extent than a strong acid. On the other hand, a dilute acid is a solution containing more water than acid, and its reactivity remains the same after diluting a strong acid.
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- Acid vs Alkaline
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