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Address	P.O. Box 219 Batavia, IL 60510
Phone	800-452-1261
Fax	866-452-1436
Email	flinn@flinnsci.com

Energy & Work

How do roller coasters work? What does energy, force and motion have to do with these amusement park rides? Choose from these kits and other items that teach about conservation of energy and explains Hooke's Law.

Work, Power & Simple Machines—NewPath Science Flip Chart Set

The NewPath Work, Power & Simple Machines Flip Chart Set is perfect for the classroom as well as group and independent learning. The set features 10 engaging, easy-to-use illustrated Write-On/Wipe-Off charts.

Energy: Forms & Changes—NewPath Science Flip Chart Set

The NewPath Energy: Forms & Changes Flip Chart Set is perfect for the classroom as well as group and independent learning. The set features 10 engaging, easy-to-use illustrated Write-On/Wipe-Off charts.

Work & Machines—NewPath Science Learning Center

Designed for either teacher-directed instruction or independent use by groups of 2–4 students, the Work & Machines Learning Center offers a Curriculum Mastery Game featuring one set of 30 illustrated question cards on this key curriculum concept, one laminated game board and game materials for up to four players. The product also includes four Visual Learning Guides. Grades 3–5.

Work & Machines—NewPath Science Learning Center

Designed for either teacher-directed instruction or independent use by groups of 2–4 students, the Learning Center offers a Curriculum Mastery Game featuring one set of 30 illustrated question cards on this key curriculum concept, one laminated game board and game materials for up to four players. The product also includes four Visual Learning Guides. Grades 6–9.

Force, Motion & Energy—NewPath Science Learning Center

Designed for either teacher-directed instruction or independent use by groups of 2–4 students, the Learning Center offers a Curriculum Mastery Game featuring one set of 30 illustrated question cards on this key curriculum concept, one laminated game board and game materials for up to four players. The product also includes four Visual Learning Guides. Grades 3–5.

K’NEX® STEM Explorations: Roller Coaster Building Set

Explore STEM concepts while building a motorized Roller Coaster! Learn about the relationships between time, distance and speed with this engaging roller coaster building set.

K’NEX® STEM Explorations: Swing Ride Building Set

Explore STEM concepts while building a motorized Swing Ride! Students will learn about how mass affects speed, how to gear up and gear down and much more.

Magnetic Spin Wheel

Magnetic Spin Wheel Toy is the perfect “toy” to teach the concepts of resonance. Become a resonance enthusiast as you attempt to get the wheel spinning as fast as possible.

Euler’s Disc

With the Euler’s Disk, many concepts such as angular momentum, forces and vectors, friction, and the conservation of energy can be discussed. Wow. Do it again.

Hero’s Engine—Demonstration Kit

In the Hero’s Engine Thermodynamics Demonstration Kit, explore a variety of physical science concepts with the simplest steam engine. A real crowd-pleaser.

Roller Coaster Physics

In the K’NEX Roller Coaster Kit for physical science and physics, generate excitement and construct a complete roller coaster to improve understanding of the laws of motion.

Ring and Discs—Demonstration Kit

In the Ring and Discs Demonstration Kit for physical science and physics, race a ring and a disc of equal mass and diameter down an inclined plane. Results are explained using concepts of inertia and potential and kinetic energy.

Replacement Spring for Hooke's Law Kit (AP7162)

Replacement Springs for Hooke's Law Laboratory Kit (AP7162) is made for and sold separately from Hooke's Law-Super Value Laboratory Kit (AP7162).

Replacement Spring for Hooke’s Law Apparatus

Replacement Spring for Hooke’s Law Apparatus is made for and sold separately from the Hooke’s Law Apparatus (AP9210).

Physics II

With the Physics II Model Building Kit for physical science and physics, race around turns and cross-overs, down chutes and around tight curves. More action and faster speeds.

Loop-de-Loop Track

With the Loop-de-Loop Track Apparatus for physical science and physics, effectively demonstrate the conservation of energy as potential energy is converted into kinetic energy.

Roller Coasters—Flinn STEM Design Challenge™

In the Roller Coasters—Flinn STEM Design Challenge™ for physical science and physics, determine how changing the release height and mass of a ball affects the distance the ball will travel on a straight track with a single rise.

Drive Systems

With the Drive Systems Model Building Kit for physical science and physics, build 8 different models. Durable vehicle features functional steering and suspension.

Forces, Energy and Motion Model Set

With the Forces, Energy and Motion Model Set for physical science and physics, build six different models to explore the relationship between energy, force and motion. Learn about potential and kinetic energy, gravity and speed.

Collision in Two Dimensions

In the Collision in Two Dimensions Demonstration for physical science and physics, study the conservation of momentum and the conservation of energy in collisions. Demonstrate the differences between elastic and inelastic collisions.

Kinetic Energy Ball Drop—Demonstration Kit

With the Kinetic Energy Ball Drop Demonstration Kit for physical science and physics, demonstrate the relationship between speed and kinetic energy by dropping a ball from two different heights.

Collider

With the Collider Demonstration for physical science and physics, study two-dimensional collisions between two moving balls and conservation of linear momentum with these unique cyclodial ramps.

Momentum and Collisions—Demonstration Kit

The Momentum and Collisions Demonstration Kit for physical science and physics is a simple but effective demonstration that shows how to distinguish between elastic and inelastic collisions.

Basketball Blaster: Super Value Laboratory Kit

In the Basketball Blaster Laboratory Kit for physical science and physics, perform a double-ball drop and experiment with different combinations to create the best “basketball blaster.” Blast off to new heights!

Maxwell’s Wheel

In the Maxwell's Wheel Demonstration for physical science and physics, demonstrate the relationship between potential and kinetic energy, linear momentum, angular momentum, nearly-elastic collisions, inertia, and torque.

Build a Mini Hovercraft: Guided-Inquiry Kit

With the Build a Mini Hovercraft Guided-Inquiry Kit for physical science and physics, learn the basics of how a vessel is able to “ride on air” while building a hovercraft.

Flywheel Powered Car

In the Flywheel Powered Car Demonstration for physical science and physics, demonstrate conservation of energy, kinetic energy, gears, and other concepts.

Hooke’s Law Apparatus

With Hooke’s Law Apparatus for physical science and physics, students can measure and prove that the stretch of a spring is proportional to its load.

Cavendish Gravitational Balance

This small scale version of the famous Cavendish experiment verifies Newton’s Law of Gravity and measures the Universal Gravitational Constant using two methods—initial acceleration and equilibrium displacement.

Foucault’s Pendulum

With Foucault’s Pendulum for physical science and physics, latitude and time can be calculated. A similar pendulum provided the first direct evidence that the Earth rotates around a polar access.