View item in the U of T Libraries catalogueThis all-clear, plexiglas unit will hold water dirt and other materials so that students can see up close how worms, slugs, bugs etc. live and move.
View item in the U of T Libraries catalogue
With this interactive Sea Search map and using a point-and-touch pen, student “navigators” will follow in the footsteps of famous explorers and discover the world’s oceans and seas, shipwrecks, sunken…
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Teaches young viewers to list various uses of rocks, identify common minerals, identify properties of rocks and explain how rocks and minerals are formed, changed, and their use.
Includes:
Rocks:…
View item in the U of T Libraries catalogueManipulatives box contains: 5 color spinner cards, 1 green geo reflector mirror, 1 yellow plastic shape holder, 10 plastic blocks with holes, 6 bags of foam board pieces (20 two-color discs, 20 color tiles,…
View item in the U of T Libraries catalogue
Provides standard specimens of eight of the most commonly used plastics.
Includes 90 plastics samples, notes for teachers, worksheets, color-coded sheet.
View item in the U of T Libraries catalogueThis set explores principals such as mechanical advantage, torque, and rotating motion are illustrated with practical hands-on investigations. Ratios, angles, and the geometry of the circle become "real" to…
View item in the U of T Libraries catalogueAn interactives board game which examines the exciting world of medieval knights - from how they became knights, to their weapons, castles, clothing, and pastimes.
View item in the U of T Libraries catalogueAn education kit on water quality in the Great Lakes including maps, a puzzle, transparencies, and a poster.
View item in the U of T Libraries catalogue
The Gears at Work kit provides students with the opportunity to learn about how gears and pulleys interact to transfer force and motion. In addition to a set of gears, the kit contains an activity guide and…
View item in the U of T Libraries catalogueDiscover the properties of magnets, make an eletromagnetic field, create an electric current, then construct and power up devices that transfer electrical energy to motion.
View item in the U of T Libraries catalogueIntroduces a variety of magnets, teaches how to make new magnets, and how to make a simple magnetic compass and use it to find direction.