"activities&amp"

A small amount of potassium permanganate is placed in a petri dish. A few drops of glycerin are added and after a few seconds, a puff of smoke and violet flames are produced.

Demonstrate chemical structures through the formation of silicate crystals.

Create fireworks by conducting a chemical reaction underwater.

Demonstrate polymer chemistry.

Perform an oscillating redox reaction with hydrogen peroxide, potassium iodide, and potassium permanganate.

Observe the reaction of an amplolyte with both an acid and a base.

Explain the principle of high surface tension as water acts like a membrane stretched across the surface preventing sulfur particles from sinking.

Produce a bright-green iron compound in this multi-step synthesis.

Understand the effect of light energy on a redox reaction.

Two solutions are poured together in a beaker and form a gel. The gel can be ignited with a match. Commercially this gel is sold as Sterno®.

Observe color changes through chemical redox reactions of complex ions.

Distillation kit includes 15 pieces of glassware made from high quality, heavy duty, 3.3 borosilicate glass.

Vernier Chemistry Investigations for Use with AP* Chemistry lab book provides a comprehensive set of resources for the AP Chemistry teacher, including sample data, sample analysis and calculations, and helpful guides to assist in preparing reagents and chemical solutions. In addition, a carefully chosen set of step-by-step instructions for operating probes and software is included to help students make the best use of available lab time, while retaining the spirit of an inquiry environment.