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Pressure—Fluids
Introduction to Bernoulli’s
Principle—Student
Laboratory Kit
By: The Flinn Staff
What prevents a card from blowing away or a ball from flying out of a cup? How
does an atomizer work? With this kit, students will explore the basic conceptual
applications of Bernoulli’s principle. Students perform four fundamental hands-on
activities and there are also two teacher demonstrations to help students grasp the
concepts. An excellent activity to tie together the concepts of air pressure, force,
fluid motion, aerodynamics and flight. Student worksheets and complete instructions
are provided.
Complete for 30 students working individually.
Catalog No. Description Price/Each
AP6904 Introduction to Bernoulli’s Principle—
Student Laboratory Kit
$45.20
PRESSURE—FLUIDS continued on next page.
Introduction to Bernoulli’s
Principle—Student
Laboratory Kit
AP6904
Cartesian Diver
Design Challenge—
Guided-Inquiry Kit
AP7926
Soda Bottle Physics—
Multi-Demonstration Kit
AP6045
Cartesian Diver Construction—
Super Value Kit
By: Bob Becker, Kirkwood H.S., Kirkwood, MO
Students learn the relationship between pressure and air volume and how air
volume acts to regulate buoyancy by constructing Cartesian divers made of simple
equipment and materials. Procedures for constructing 11 different types of Cartesian
divers are provided.
Super Value Kit is complete with 100 pipets and hex nuts. Requires water and twoliter
soda bottles. Includes Flinn Exclusive STEM Integration Guide.
See free video at flinnsci.com.
Catalog No. Description Price/Each
AP9082 Cartesian Diver Construction—Super Value Kit $32.65
Cartesian Diver Design Challenge—
Guided-Inquiry Kit
By: The Flinn Staff
After testing a basic diver, students are challenged to create divers that retrieve,
descend in a particular order and even spin! This STEM activity helps students
practice critical thinking and incorporates engineering design. Choose one challenge
or do all three! Connect engineering design to density, Boyle’s law and pressure.
Enough materials are included for each group to design and test ten Cartesian divers.
Reproducible student handouts and valuable Teacher Notes complete the kit.
Complete for 30 students working in pairs.
Catalog No. Description Price/Each
AP7926 Cartesian Diver Design Challenge—Guided-Inquiry Kit $75.50
Soda Bottle Physics—
Multi-Demonstration Kit
By: The Flinn Staff
This conveniently packaged kit provides the accessories needed to perform four
dramatic demonstrations using empty plastic soda bottles.
• Blast off a bottle rocket with the rocket attachment.
• Create a tornado in a bottle with the tornado tube attachment.
• The fountain connection will help you create a Hero fountain in a bottle.
• The Squidy in the kit will make a very nifty Cartesian diver.
Catalog No. Description Price/Each
AP6045 Soda Bottle Physics—Multi-Demonstration Kit $50.65
Pascal’s Law—
Student Laboratory Kit
By: The Flinn Staff
First, challenge students to a Pascal-syringe “thumb war” using connected syringes
filled with water. Then, after your victory, students will experiment with three different
syringe systems to effectively learn about the properties of Pascal’s law and the
mechanical advantage of a hydraulic system. Their results will clearly show why you
won the “thumb war.” Includes reproducible student handouts, complete teacher
notes and all consumable supplies needed to perform the lab.
Complete for 32 students working in groups of four.
Catalog No. Description Price/Each
AP6623 Pascal’s Law—Student Laboratory Kit $51.30
Pascal’s Law—
Student
Laboratory Kit
AP6623
Cartesian Diver
Construction—
Super Value Kit
AP9082
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