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• Regular movements and movements with uniform acceleration
• Newton’s equations of motion
• Laws on the conservation of momentum and energy
• Elastic and inelastic collisions
• Motion on an inclined ...
Track with square profile and 2 gliders for investigating frictionless linear motion. Mounted on a robust U-shaped base resting on three feet that can be adjusted to ensure horizontal alignment. The air is blown in from the front and escapes ...
Used along with a catapult assembled from a fork and rubber band included in the air track set (U20610/1019299), the launch apparatus imparts uniform, reproducible launch momentum to a glider which is dependent on the tension in the rubber ...
Control unit which is used in conjunction with the electromagnetic launch apparatus (U20611/1019300) to shut off the current and simultaneously send a signal to a connected counter/timer.
Power supply: 8 V DC
Track with two trolleys and other accessories for investigating linear motion, plus three adjustable point supports for setting horizontal alignment. The trolleys move with minimum friction on wheels with high-quality ball-bearings. They are ...
The Glider Release starts Air Track experiments by releasing a glider and controlling the Stop Clock. A small electromagnet attaches to the Air Track end stop and holds the glider bumper spring until the current is interrupted. Jacks are provided ...
Equipment set consisting of 5 150 g riders, 6 coupling springs and 5 damping magnets for modelling molecular oscillations using air tracks U40400 or U40405.
Length of springs: 75 mm
Magnets: Ceramic magnets
• High accuracy ± 0.1 mm
• Simple installation
• Computer keyboard controlled
• Real time screen data plots
This highly accurate system offers ± 0.1 mm resolution with IBM PC or Macintosh computers. The ...