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# Middle School

## Products

- Demonstration Kits
Ballistics Car
AP4637
A classic attention-getter that gives key motion concepts visual meaning. Simple to operate-just place the ball in the spring-loaded cylinder and set the car in motion on a smooth, level surface. A quick pull on the release pin causes the ball to fly...

Bottle Balance Beam Demonstration Kit
AP6376
This balancing act will be a real attention getter! Students will remember the concept of the center of gravity involved in this demonstration. A large water-filled bottle and a wooden board seem to defy gravity as together they balance on the board'...

Bowling Ball Pendulum
AP6839
Demonstrate the conservation of energy with a real classic! Hold a heavy bowling ball pendulum against the tip of your nose. Release the bowling ball without moving your head and allow it to swing through its pendulum arc. The students' shock and fea...

Wrecking Ball
AP7799
Smash through barriers in student understanding of energy and motion! Build a structure using the included wooden planks, turn the crank to wind the hoist rope and then watch the destruction. A great lesson on pendulums, collisions, and how energy is...

Balancing Bird
AP9301
How does this bird defy the laws of gravity? Because of two well-placed weights at the end of its colorful wings, its center of gravity is located at the very tip of its beak. Spin it on its stand or balance it on a finger. Wingspan of 6 1/2". C...

Center of Gravity Demostration Set
AP7068
Balance your physical science curriculum with our most popular center of gravity demonstrations-all available in one complete set! Quickly show your students how to locate the center of gravity of an object using a hanging plumb line. Watch the objec...

Center of Gravity Toss - Demonstration Kit
AP7066
Effectively show that the path of an irregularly shaped object, when thrown in the air, is a parabola—just as Newton predicted! Locate the center of mass of the “irregular” foam object by hanging a small weight from three corners of the object. Mark ...

Center of Mass Bottles
AP6836
Introduce the concept of center of mass with this inquiry based lesson. First, lay the center of mass bottle on its side. Your students will think this is simple enough. Then, pick up the bottle and secretly allow the counterweight inside the bottle ...

Diving Eggs Inertia Challenge - Newton's First Law Demonstration
AP7419
Students experience the effects of inertia every day—riding in a car, playing sports, even picking up their backpacks. Present a more dramatic demonstration of Newton’s law of inertia by safely and simultaneously dropping three eggs into beakers of w...

Double Cone and Ramp
AP4712
Can something roll uphill? Students will be amazed as the cone in this demonstration appears to magically roll uphill. Careful inspection will reveal that the apparent gravity-defying paradox is really not what it appears to be. The center of gravity...

Fascinating Finger Balance Demonstrator
AP6640
Here's a paradox-a device that remains balanced when a heavy plastic tube dangles from one end while being supported at the opposite end by a single fingertip. Remove the tube and the device falls. How can this be? It's center of gravity! This simple...

AP4671
Discrepant events are powerful teaching opportunities. And the Center of Gravity Paradox is a “dandy.” Everyone knows that a low center of gravity is more stable than a high center of gravity. Your students' thinking caps will have to go on in order ...

Guinea and Feather Tube
AP4670
Objects fall with the same acceleration-don't they? Watch and compare the falling acceleration rate of a feather and a guinea (coin) with air resistance and in a vacuum using this clear acrylic demonstration tube. The results are unforgettable! The s...

Galileo's Paradox - Hinged Stick vs. Falling Ball Demonstration Kit
AP6693
In the blink of an eye, illustrate important concepts such as torque, acceleration and center of mass with this discrepant event demonstration. A stick with a cup near one end and a hinge at the other is propped at an angle with a support rod. A ball...

Personal Hovercraft - Demonstration Kit
AP7516
It’s not a flying car, but it’s the next best thing! Entertain while you educate your students with Flinn’s amazing personal hovercraft. This vehicle is perfect for the study of Newton’s three laws of motion. Apply a one-time force to the hovercraft ...

Inertia Ball/Pendulum Bob
AP6037
Dual-purpose, heavy-duty zinc ball can double as a pendulum bob or as the key element in a dramatic inertia demonstration. Use one of the provided eyelets, attach a string, suspend the bob, and you have a large demonstration pendulum. Attach anothe...

Inertia Device
AP4538
Demonstrate Newton's First Law of Motion-a body at rest tends to remain at rest. When the metal spring bar is snapped, the cardboard square is shot through the air while the metal ball remains in place on the stand.

Inertial Balance
AP4607
Imagine this theoretical problem-you try to push a block on a horizontal, frictionless surface in a region of space that is free from gravity. It will still require some effort to move the block, i.e., change its motion. It is the mass of the block a...

Kinetic Energy Ball Drop Demonstration
AP7187
Will a ball traveling twice as fast as another ball of the same mass really have four times the kinetic energy? Demonstrate the relationship between speed and kinetic energy by dropping a ball from two different heights onto a bed of soft clay. For t...

Loop-de-Loop Track
AP7109
Effectively demonstrate the conservation of energy as potential energy is converted into kinetic energy. How high must the ball begin on the track in order to make it all the way around the loop? An excellent demonstration to begin a discussion about...

Magnetic Linear Accelerator
AP6838
Amazing! A slow-moving ball bearing collides with a magnet-ball bearing system, knocking away the last ball in the series, obeying the conservation of momentum. One problem-the knocked-away ball appears to shoot at nearly three times the original spe...

Modeling Projectile Motion
AP7039
Visibly demonstrate the parabolic path of a projectile with this simple model. Use the model to illustrate many concepts in dynamics. Small weights hang at different distances below a meter stick to show how the location of an object changes every 0....

Momentum and Collisions Demonstration Kit
AP7399
Which collision imparts more momentum—an object that hits a block of wood and sticks to it, or an object that bounces straight off? The answer will knock over one of the blocks, not to mention your students! This simple but effective demonstration us...

Newtonian Demonstrator
AP6913
This classic demonstrator is perfect for illustrating Newton's laws of motion and the conservation of momentum. The large swinging balls can be manually aligned to produce nearly perfect elastic collisions. High-quality wooden construction will last ...

Newtonian Demonstrator, Economy Choice
AP9211
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 le...

Projectile Launcher
AP5696
Easy to set up, repeatable results, unbreakable. These are the qualities you need in an apparatus for your projectile motion experiments. This all-metal launcher can be clamped to any lab table, at any angle from -15º to 90º, in a matter of seconds. ...

PSworks Parabola
AP7208
Clearly convince your students that a projectile follows a parabolic path! Launch a ball bearing using the unique launching mechanism, and watch the ball skim the surface of the track which is in the shape of a parabola. Connect the optional PSworks ...

Second Law of Motion Apparatus
AP4737
An ingenious and entertaining way to demonstrate Newton's second law of motion. Have students predict which ball will hit the floor first. Then have them close their eyes and listen. Much to their surprise both balls hit the floor at precisely the sa...

Galileo's Gravity Drop
AP7297
You have to do this experiment in your physical science class to dispel the most common myth about falling objects and gravity. Re-create Galileo’s legendary Leaning Tower of Pisa experiment with the unique gravity-drop apparatus. According to legend...

Shoot the Monkey Demonstration Kit
AP6439
A classic! A vivid demonstration of Newton's second law of motion that students will never forget. Aim a stun dart directly at a monkey sitting in a tree. The monkey jumps from the tree branch just as the dart is released. Will the dart hit the falli...

Newton’s G Ball
AP7801
How high are those bleachers? How fast did you throw that ball? Study gravity, acceleration, height and velocity by throwing this educational tool in any direction. A digital timer measures the amount of time the ball is in the air and automatically ...

Sliding Friction Sled
AP6732
Finally! A demonstration that conclusively shows that frictional forces are independent of the contact area. The uniquely designed base has a wedge shaved out to provide a continuously changing surface area. As the sled is pulled along the base, the ...

## Teacher Resources

P.O. Box 219, Batavia, IL60510
Phone:1-800-452-1261
Fax:1-866-452-1436
flinn@flinnsci.com

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