HIGH TOUCH HIGH TECH MSP | Kits & Classes

Keep your children engaged in learning this summer with our Hands-On, Online Science Made Fun! Groups of kids ages 3 to 12 will engage in real science with our hands-on kits, while being guided live by our scientists via our virtual laboratory!

Schools – we drop off sanitized kits for each student and guide classes at a scheduled time for classes via Zoom.
Parents – We offer individual classes via Zoom for your child. Sign-up on our website.

Experiment Example:

Bag Stab & Polymerization

A plastic bag is made of polymers, long chains of individual molecules called monomers. When a sharp pencil pierces the bag the polymer chains separate without breaking. The chains of molecules then squeeze tightly around the pencil creating a seal that prevents it from leaking.

Polymers find use in our everyday life, from water bottles and Tupperware to tires for automobiles. The word polymer is derived from the Greek root poly-, meaning many, and mer, meaning part or segment. Many of the same units (or mers) are connected together to form a long chain or polymer.

Polymers are of two types: Polymers such as starch, proteins, and DNA that occur in Nature, and are called Natural polymers. Synthetic polymers are derived from petroleum oil and made by scientists and engineers. Examples of synthetic polymers include nylon and plastic.

Long repeating chains can be linked together to form a cross-linked polymer, which may become branched and become a Branched-chain polymer. As the degree of cross-linking in the polymer increases, the polymer usually increases in rigidity and toughness. This is why we see plastics that have different degrees of hardness from a plastic bag to a hard-plastic baseball bat.

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