"SILICO & chemical PORCELAIN SE"

Perform a reduction reaction to understand and demonstrate the properties of gold nanoparticles.

Perform an electrolytic redox reaction to create tin crystals in a solution.

Draw on a piece of filter paper by utilizing an electrolytic redox reaction with different colored 'ink'.

Investigate equilibrium and LeChatlier's principle through 4 different experiments.

An introduction to stoichiometry through the formation of solid silver on a copper wire.

Prepare a flask containing a yellow solution, as you mix it on a magnetic stirrer the solution will turn from yellow to blue and back to yellow.

Use an overhead projector to study the reaction of Le Chatelier’s principle.

Create your own volcano for a science fair demonstration.

Demonstrate polymer chemistry.

Perform an autocatalytic reaction, observe how the product of a reaction can catalyze further reactions.

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

Perform a synthesis reaction to produce rubber - a simple condensation polymer.

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®.

Show how silicates of divalent ions are insoluble in water whereas silicates of monovalent ions are soluble.

Introduce different chemical reaction types through a colorful demonstration.

Understand the effect of light energy on a redox reaction.