Equipment for investigating forces acting on a body on an inclined plane, and determining the holding friction as a function of the angle of inclination.
Base and inclined plane are made of metal. The plane is hinged with scales for ...
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Ball bearings made of hardened and polished steel.
Can be used with a guide rail (e.g. item no.: 1003039) for experiments on elastic collisions. In combination with watch glasses to demonstrate various states of equilibrium.
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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 ...
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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 ...
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![Inclined Plane -
determination of holding friction, 1003213 [U30015], Linear Motion](/thumblibrary/U30015/U30015_01_140_140_Inclined-Plane-determination-of-holding-friction.jpg)
![Set of 6 Steel Balls -
for elastic and inelastic collision experiments, 1002939 [U15014], Linear Motion](/thumblibrary/U15014/U15014_01_140_140_Set-of-6-Steel-Balls-for-elastic-and-inelastic-collision-experiments.jpg)
![Air Track, 1021090 [U206101], Linear Motion](/thumblibrary/U206101/U206101_01_140_140_Air-Track.jpg)
![Trolley Track -
basic equipment for motion & collision laws, 1018102 [U35001], Linear Motion](/thumblibrary/U35001/U35001_01_140_140_Trolley-Track-basic-equipment-for-motion-collision-laws.jpg)
