Slinky Spring

The slinky spring apparatus is a fascinating device that consists of a metal coil spring, typically made of steel or plastic, formed into a helical shape resembling a slinky toy. This apparatus is commonly used in educational settings to demonstrate concepts related to waves and vibrations.

R82.80

The slinky spring apparatus is a fascinating device that consists of a metal coil spring, typically made of steel or plastic, formed into a helical shape resembling a slinky toy. This apparatus is commonly used in educational settings to demonstrate concepts related to waves and vibrations. By stretching or compressing the slinky spring and releasing it, users can observe the propagation of mechanical waves along the spring. The slinky’s unique design allows for easy visualization of wave behavior, such as wave reflection, interference, and amplitude changes. It serves as an engaging and hands-on tool for students and enthusiasts alike to explore the principles of wave motion and gain a better understanding of these fundamental concepts in physics.

For many learners high school is not enough to prepare them for what they are to face at first year university. They find themselves completely overwhelmed and intimidated by what is expected of them to be able to do in a laboratory.

Unfortunately many learners who want to pursue science subjects go through this dilemma, few as they are because fact is SA is not producing enough learners who will become engineers, doctors, science researchers, let alone science innovators.

To address this, we developed a chemistry kits with 52 experiments for use by learners at home. This gives them an opportunity to gain hand-on exposure and engagement, confidence and understanding they need to study sciences further.

The kit comes with a manual explaining how science is experienced in daily life and therefore brings awareness of the application and usefulness of science, helping the learner relate to what they learn at school.

Some schools do have kits where only the teacher demonstrates the experiments and this is great, but you don’t master driving by watching the driving instructor, you must get in the driver’s seat yourself.

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