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FORCES & MOTION
Balloon Cars Challenge— Guided-Inquiry Kit
Each group constructs and tests a balloon-powered car prototype. Then students use their knowledge of forces and Newton’s laws to identify variables that may affect the car’s performance, and modifica- tions are made to the design. Finally, the redesigned cars are put to the test—who will win the challenge? Complete for 30 students working in pairs.
AP7922 I $51.20
Mousetrap Cars—Super Value Guided-Inquiry Kit
It’s off to the races! With this exclusive kit, students plan and carry out investigations to test variables of wheel diameter, hub diam- eter and length of the lever arm. Includes enough materials for six cars! Students analyze the quantitative data they collect in order to design a solution to a problem with particular specifications. Cars are easy to assemble with no tools or glue required!
AP7667 I $140.75
Force and Motion—Super Value Laboratory Kit
With this all-in-one kit, students can study the fundamentals of force and motion! Students study Hooke’s law by performing an egg bungee-jump. Students explore gravity and rotational motion by racing a ring and a disc down an inclined plane. These five experiments cover essential topics, such as balanced and unbalanced forces on an inclined plane, frictional forces, Hooke’s law, rotational motion and colli- sions in one dimension. Easy-to-set-up lab stations allow each student group to exper- iment with one force and motion activity. Once one activity is completed, students move on to the next station.
AP6929 I $161.40
Balloon Rockets— Guided-Inquiry Kit
Challenge your students to build a balloon “rocket” that will travel across the class- room. This hands-on, inquiry-based lab will teach students how to design an experiment as they investigate Newton’s laws of motion and rocket thrust. The task requires students to run various trials and then modify their balloon rockets based on what they learn
in each trial. A fun and stimulating lab that your students will never forget!
AP6927 I $40.60
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AP6933 I $61.80 FLINN SCIENTIFIC
I FORCES & MOTION
Science of Sailing—Newton ̓s Third Law Laboratory Kit
Ever wonder how a sailboat travels into the wind? Investigate the science behind this remarkable feat by building and experimenting with a basic sail car. During their experi- ments, students discover the advantages and disadvantages of both triangular and square sails—only one will provide forward motion into the wind. An educational way to learn the basics of sailing without getting your feet wet! Complete for eight student groups. All mate- rials are reusable.