B. Diving Eggs Inertia Challenge—
Newton’s First Law Demonstration Kit
Present a dramatic demonstration of Newton’s law of
inertia by dropping three eggs into beakers of water
without touching the eggs!
C. Force and Motion—Super
Value Laboratory Kit
Five experiments cover topics, such as balanced and
unbalanced forces on an inclined plane, frictional
forces, Hooke’s law, rotational motion and collisions
in one dimension in easy-to-set-up lab stations.
D. Building Bridges—Flinn STEM
Students design blueprints and build a balsa wood
bridge with only wood and glue with the goal of
supporting the largest amount of weight.
Friction Blocks—Classroom Set
Perform hands-on experiments that lead to
generalizations about how the surface area,
weight and texture of objects affect friction.
Successfully teach the concept of the “rotating
force” or torque with this unique device.
A. Fidget Spinner—Flinn STEM
Students design and build a bearingless fidget spinner
toy, then they use various materials and the concept of
moment of inertia to create the longest spinning toy
within a prescribed budget.
B C D
More kits for physics,
including our complete
selection of STEM Design
Challenge™ Kits are at