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Translational motions of a mass point /
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Newton's third law and laws of collision - Recording and evaluating with two ultrasonic motion sensors and CASSY /
Trolley

Trolley

337110

8 Trolley

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Description

The trolley is mounted on ball bearings. Its axles are spring-suspended and can be recessed completely, so that they cannot be overloaded.
The trolley is designed for use with the track (337 130), but can also be used on LGB rail tracks (track gauge 45 mm). The wheels are designed so as to make the trolley self-centring, which reduces friction at the wheel sides. The wheel flange is built to allow the trolley to be used on a smooth surface without damaging the rail running surfaces.
A string holder is provided at both ends of the trolley for attaching springs, bushings for mounting the combination light barrier (337 462) and impact springs (337 112/337473) as well as Velcro fastenings for inelastic collisions. The top of the trolley is provided with M5 mounting threads that can also accommodate 4-mm plugs.

Technical data

Material: Aluminium-profile
Equivalent roller mass: 5 g (4 wheels)
Dynamic mass: 500 g
Dimensions: 15.5 cm x 9 cm x 5.5 cm
Weight: 495 g

Related Documents

PDF (Instruction Sheet)	[337 110] Trolley
PDF (Experiment description)	P1.3.2.4 Path-time diagram of straight motion - Recording and evaluating with VideoCom (V1)
PDF (Experiment description)	P1.3.4.1 Energy and linear momentum in elastic and inelastic collision with Fletchers trolleys - Measuring with two forked light barriers and CASSY
PDF (Description from CASSY Lab)	P1.3.4.1 Energy and linear momentum in elastic and inelastic collision with Fletchers trolleys - Measuring with two forked light barriers and CASSY
PDF (Experiment description)	P1.3.4.6 Energy and linear momentum in elastic and inelastic collision with Fletchers trolleys - Measuring with two forked light barriers and counter (V1)
PDF (Description from CASSY Lab)	P1.3.4.6 Energy and linear momentum in elastic and inelastic collision with Fletchers trolleys - Measuring with two forked light barriers and counter (V1)
PDF (Experiment description)	D1.3.1.3a Relationship between displacement, time and velocity - Measurement using an electronic stopwatch
PDF (Experiment description)	D1.3.2.1a Relationship between displacement and time - Measurement using an electronic stopwatch
PDF (Experiment description)	D1.3.4.2a Relationship between acceleration, force and mass - Measurement using an electronic time clock

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Trolley

Description

Technical data

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