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PHYSICS, CONTINUED
Force and Motion—Super Value Laboratory Kit
Explore force and motion with five exper- iments on the topics of balanced and unbalanced forces on inclined planes, fric- tional forces, Hooke’s law, rotational motion and one-dimensional collisions. With easy- to-set-up lab stations, students complete an activity then move on to the next. All can be completed in two class periods. Includes most materials, complete instruc- tions, student worksheets, sample data and answers to all questions.
AP6929 I $161.40
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 experiments, students discover the advantages and disadvantages of both a triangular sail and a square sail—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 materials are reusable.
AP6933 I $61.80
Newtonian Demonstrator
Demonstrate that for every action there is an equal and opposite reaction. Lift and drop one ball to see one ball pop out from the other side. Lift two balls and two pop out. Leave this popular “toy” on your desk for a school year of enjoyment and learning.
AP9211 I $24.20
Balloon Rockets— Guided-Inquiry Kit
Teach experimental design with Newton’s laws of motion and rocket thrust. Students tether a balloon to fishing line and find a successful combination of orientation, drag and thrust that can launch the balloon across the room. Students run various trials and modify balloon rockets based on findings. Includes detailed background information, instructions and valuable Teacher Notes with teaching tips and answers to questions.
AP6927 I $40.60
FLINN SCIENTIFIC I PHYSICS
Balloon Cars Challenge— Guided-Inquiry Kit
Each student group constructs and tests an easy-to-assemble balloon-powered car prototype. Next, they use their knowledge of forces and Newton’s laws to identify variables that may affect the car’s performance. Modifications are made to the design in order to investigate
one or more variables. Finally, the redesigned cars are put to the challenge! Complete for 30 students working in pairs.
AP7922 I $51.20
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