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Objective: To use the Bronsted-Lowry model to determine the products of the dissociation of an acid or a base when dissolved in water.
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Bronsted-Lowry Acid-Base Model
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Fundamental Concepts
6 Questions
Express an understanding of fundamental concepts associated with the Bronsted-Lowry acid-base model.
Pick from among the three activities -
Fundamental Concepts, Conjugate Acid-Base Pairs, and Dissociation Equations.
Conjugate A/B Pairs Completed
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Conjugate A/B Pairs
6 Questions
Identify the acid, the base, and the conjugate base and conjugate acid in a dissociation reaction.
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Dissociation Completed
Dissociation
6 Questions
Identify the dissociation equation that describes the reaction that occurs when an acid or a base is dissolved in water.
Fundamental Concepts Completed
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Conjugate Acid-Base Pairs
#5
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Consider the following acid-base reaction.
Which species is acting as the proton donor?
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Which species is acting as the proton acceptor?
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#1
Identify the two sets of conjugate acid-base pairs.
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Dissociation Equations
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Fundamental Concepts
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AA
Health:
Dataway!
Weak acids are different than strong acids. Strong acids completely dissociate in water. Weak acids, having the generic formula HA, only partially dissociate. Which bar chart describes this weak acid behavior? (The bar charts represent initial and final amounts of chemicals dissolved in water.)
When an acid donates a proton to another substance, it turns into its conjugate base. And when a base accepts a proton from another substance, it turns into its conjugate acid.