Related Labs, Activities, and Other CoolStuff
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This airpowered projectile is sure to send your students' imaginations soaring.
Solidfuel and water rockets just have too many variables for accurate study of Newton's Laws. So explore projectile motion with this 100% safe, chemicalfree airpowered projectile.
Accurate and repeatable to an amazing degree, thanks to the hardplastic chassis, this missile flies straight and true with minimal wind effect. Since it takes off at the same velocity every time, your outcome is always precise and consistent, important for students testing predictions, who'll reap rewarding results.
And it's a breeze to use. All you do is pressurize the launch chamber with an ordinary bicycle pump. When the pressure is high enough to pop off the thrust washer, the projectile blasts into the sky. Each projectile comes with four different thrust washers  Low, Medium, High, and Super  so you can vary launch speed for different experiments. You can even build a launch pad (or use the one below) to vary launch angles. Then your students can use Newton's Laws to predict where the projectile will land!
AirPowered Projectile
P42200 AirPowered Projectile includes red launcher base with white pressure tube, rocket body with nose cone, and set of 4 washers.AirPowered Projectile Classroom Set
A Complete Classroom Set of our popular Air Powered Projectiles ~ Enough for 6 lab Groups!Classroom Set Includes:
 6 Air Powered Projectiles
 6 Launch Pads
 6 Air HeavyDuty Air Pumps
 1 set of Angle Wedges
 1 set of Replacement Washers
 1 Deluxe Trundle Wheel
Projectile Launch Pad
This easytouse launch pad utilizes six wedges (sold separately) that let you vary the launch angle from 30 to 55 degrees (in increments of 5 degrees), so you can explore different aspects of projectile motion and Newton's laws. Comes unassembled.
Cool Computer Simulation
Try an Interactive Physics Software simulation on Projectile Motion!
Here's a lesson you can try with the airpowered projectile:

Shoot the projectile straight into the air and measure how long it takes to land. (In this example, let's use 6 seconds).

Divide that time by 2 to get the time it took the projectile to reach maximum height and slow to a stop (3 seconds).

If gravity slows objects at a rate of 10 m/s per second and it took the projectiles 3 seconds to slow to a stop, it must have started at 30 m/s!

Now assign an angle, say 60 degrees. The initial velocity stays the same, so we can use trigonometry to find the x & y components.
Vy = 30 m/s (sin 60°) = 26 m/s vertical velocity
Vx = 30 m/s (cos 60°) = 15 m/s horizontal velocity

If the projectile starts at 26 m/s in the "y" direction and gravity slows velocity by 10 m/s each second, it will take 2.6 seconds to fall to the ground, totaling 5.2 seconds in the air.

Since the rocket travel in the air for 5.2 seconds at 15 m/s, it will go 78 meters before hitting the ground (5.2 x 15 =78).
For AirPowered Projectile Lab Software, see Interactive Physics.
Software Download
You can download the Air Powered Projectile demo for windows machines here.
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