Chemistry Kits

This kit offers a chance for students to view the formation of colorful and unique shaped crystals. Over the period of a week, students will be able to observe natural formation of crystals.

Sulfuric acid is poured on sucrose. The resultant reaction produces a large amount of black foam as well as steam and smoke.

Several liquids of varying color are added to a cylinder. Due to differing densities of the liquids, a density gradient is formed resulting in a layered, multi-colored column.

What is density? This concept can be difficult to explain to your elementary students. Help them visualize and understand density and introduce the idea of polarity as well with this demonstration for the whole classroom.

Students study the various energy changes that occur with the formations of solutions for laboratory salts. From this data they will create the best and safest hand warmer.

This kit has been designed to allow the analyst to perform a very simple colorimetric analysis to determine the ammonia nitrogen concentration of their freshwater sample. The analysis yields an easily identifiable color transition that can be

This kit has been designed to allow students to test their own saliva to determine their ABO blood type. Students that are part of the ~80% of the human population that secrete their blood antigens with perform titers to understand which blood type

Cholesterol levels can have a major impact on your health and your risk of heart disease. In this activity, students will measure the total cholesterol level for four patients using test strips and simulated blood.

This kit has been designed to allow the analyst to perform a very simple titration to determine the dissolved oxygen concentration in their freshwater sample. The titration uses an easily identifiable color transition to indicate the end of the

This kit is designed for an analyst to perform a simple colorimetric test to determine the nitrite and nitrate concentrations of freshwater samples. The reaction yields an easily identifiable color transition that can be compared with the colors on

In this experiment, you will prepare three buffer solutions having different pH values and show that the pH of these solutions does not change significantly when small amounts of acids and bases are added. You will also show that when the same

Students will determine the actual concentration of the Hydrogen Peroxide in the bottle by titration and determine if it is lower than the value on the label. Hydrogen Peroxide will degrade over time, and students will determine how much it degrades.