Chemistry Kits

Designed for older elementary students to help them examine and understand the needs of plants for growth and survival. For the sake of time, the class can be split in thirds, with some students conducting a light/dark experiment, some studying

Students will observe and measure the evolution of carbon dioxide gas from the decomposition of calcium carbonate when mixed with an acid. Students will also create experiments to determine the rate of reaction with different concentrations of

In this demonstration, students will observe an example of a chemiluminescence reaction. Instant light powder and water are placed in a beaker producing a blue light.

When Austrian monk Gregor Mendel began observing and analyzing various traits of pea plants in the 1800s, little did he realize that his work would eventually become a foundation for the basis of modern genetics. In this activity, students can

Bacteria, good and bad, is all around us. In this activity students will collect and grow bacteria and then learn techniques for studying the bacteria they have grown.

Chemical reactions take place all around us. Being able to identify reactions and communicate what is happening is vital to the scientific community.

How do scientists identify an unknown solution? What makes one solution different from another? The experiments in this kit will help students understand the impact different chemicals have when added to a solution. Student will test the unknown

Living organisms require enzymes to regulate chemical reactions necessary to maintain life. The activities in this kit are designed to introduce students to the concepts of enzymes.

The activity in this kit is designed to introduce students to the concepts of ionic reactions. Students will test a series of microscale chemical combinations watching for reactions.

Chemical reactions vary greatly. For example, some chemicals react extremely fast like an explosion, while others, like rusting metal, can react over a long period of time.

This kit is designed to introduce students to the concept of ionic reactions. Students will test a series of chemical combinations and observe reactions.

Learn the role of the kidney in blood filtration and waste removal along with the many functional tasks performed by nephrons, as well as nephron structure. Students will create an artificial kidney model to filter simulated blood.