A single page provides you with lecture notes for your lesson on hydrolysis. Introduce your chemistry class to Bronsted-Lowry theory by explaining the hydrolysis of acidic cations and basic anions. Show them how the resulting pH can be...

In this electrochemistry worksheet, students are given details as to how to solve strengths of oxidizing and reducing agents, battery chemistry and a summary of cell construction and convention.

In this organic chemistry worksheet, students solve 15 problems including identifying specific organic molecules, drawing organic molecules and completing reactions of organic molecules.

In this buffers worksheet, students identify the systems that could function as a buffer solution. Students determine the pH of a solution and the pH of the buffer. This worksheet has 6 problems to solve.

In this chemistry worksheet, learners take an exam that presents the concept of maintaining the ph balance. This can become a formal assessment.

This page, created by a chemistry professor from the University of Waterloo, provides an introduction to conjugate acid-base pairs.

Understand the definition of Bronsted-Lowry acids and bases, strong and weak acids and bases, and how to identify conjugate acid-base pairs.

The objective of this article is to introduce conjugate pairs as a way to relate acids and bases.

Listen and learn as you discover definitions for acid, base, and acid-base reaction. View example formulas of Arrhenius and Bronsted-Lowry acid and bases.

Perform an experiment to determine the concentrations of a mixture of two acids.

In this exercise, students graph the titration curve of an unknown acid and base to determine their pKa's and concentrations.

Perform an experiment to determine the pKa and concentration of an unknown weak base.

In this experiment, you will explore the behavior of the monoprotic acid (acetic acid) and the polyprotic acid (phosphoric acid). By titrating, you will examine the acid and conjugate base species present across the pH scale and the...

This site, created by a University of Waterloo Chemistry professor, applies conjugate pair theory. It also deals with the ionization constants for acids and bases.

Beginning with the example of the hydrangea, this page gives a good overview of acid-base chemistry.

Textbook-style strong acid and base problems that can be checked using the Virtual Lab.

Textbook-style weak acid and base problems that can be checked using the Virtual Lab.

Perform an experiment to determine the pKa and concentration of an unknown acid.

This simulation uses solutions of weak acids and examines the response of this equilibrium system to the addition of the corresponding conjugate base.

Read and learn about strong and weak Arrhenius bases. View the written formula and discover what certain solutions may be dissolved and which molecules can be transferred.

This simulation allows the study of the pH of buffer solutions. Six acid-base conjugate pairs are available, and the concentration of the acid and of the base can be adjusted over one order of magnitude.

Use the virtual lab to determine the pKa of a protein then create a buffer solution with a specific concentration ratio of the protein in its protonated/ unprotonated form.

Students examine equilibrium and buffer solutions in a biological setting.

Learn about the relationship between Ka of a weak acid and Kb for its conjugate base. Practice equations for converting between Ka and Kb, and converting between pKa and pKb.