Electro-Magnetix

Poof-Slinky

$ 9.95 
SKU: 2017

Share:
Slinky Science Electro Magnetix Mini Lab reveals the mysterious behavior of magnets and how they work. This kit contains (30) different fun games, tricks and experiments that your young scientist will conduct to discover how and why magnets work and how magnetism is related to electricity. Some of the activities in this kit include making a magnet float in mid-air, building a compass, creating magnetic fields, working with a magnetic pendulum, making magnets jump and a working electromagnetic motor that even scientists can't explain.

This fun, safe and educational kit comes with a 31-page step-by-step instruction booklet that makes it easy to start and finish all the activities included. Harness the mysterious power of invisible force fields with Electro Magnetix. This kit contains a steel plate, magnet cover, (2) red plastic plates, (4) red support posts, plastic sleeve, (2) bar magnets, (10) disk magnets, motor magnet, compass needle, compass card, coil of copper wire, nail, rubber band, (2) brass contact clips, (2) sets of decal dots, bag of iron fillings, sandpaper, battery holder and a 31-page instruction manual.

Some activities require a D battery and other common household items that are not included. This Slinky Science Mini Lab is experiment number 141 of a series of science kits that combine elements of learning and fun to provide hours of educational entertainment. Slinky Science Electro Magnetix Mini Lab is recommended for children 8-years of age and older with some adult supervision.

Ages 8+



Stay in touch

Contact Us

We'd love to hear from you. Call 800-282-3248 toll-free or 408-727-7301. Email us here. Or come by our retail store at:
The Science Shop USA
1043 Di Giulio Ave
Santa Clara, CA 95050-2805
Open Mon-Fri. 9 AM - 5:30 PM

Latest Additions to Our Science Project Database

  • Question: What Are the Best Liquid Conductors of Energy?

    Summary: This experiment explores the kinds of liquids that are the best conductors of energy when splitting the molecules of water through electrolysis. Materials Needed: (Any of The Materials Highlighted in Blue are Clickable Links for Purchasing) 9 v Battery... Read more →

  • Question: Can You Make a Battery Out of a Potato?

    Summary: In this experiment, a potato is used to create an electrochemical battery, in which chemical energy is converted to electrical energy through spontaneous electron transfer. The energy created is enough to power a digital clock. Materials Needed: (Any of... Read more →