Mechanics : Aerodynamics
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Fan allowing continuous adjustment of air flow. Includes a hose.
Hose length: approximately 1.5 m
Power consumption: max. 1100 W
Dimensions: 300x180x170 mm³
Weight: 4.4 kg
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Nozzle for emitting a near-laminar air stream, e.g. for experiments with the set of drag and lift objects or experiments on recoil. Mounted on a stem.
The very light air nozzle contains no moving parts and generates no spin. It spreads out the air stream from a connected fan. Air that comes out of the tubular nozzles near the ...
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For demonstrating and investigating the laminar flow properties of water.
The emergence of currents in water, the flow of current in the case of straight laminar flow and the overflow of differently shaped bodies can be studied. The flow of current at a narrows can also be demonstrated clearly. A rectangular piece of velour ...
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Set of 7 wooden models on stems for measuring buoyancy and fluid resistance of various bodies in laminar air flows. Including storage block.
Contents:
1 streamlined body, smooth, l = 120 mm
1 streamlined body, rough, l = 120 mm
1 ball, d = 50 mm
1 circular disc, d = 47 mm
1 circular disc,...
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Scales for measuring components with holding mechanism for measuring air resistance and buoyancy of bodies from set U8404260. On rod.
Measuring range: 0 – 0.3 N
Diameter of the scale: 170 mm
Dimensions: approx. 350x220 mm²
Rod diameter: 10 mm
Weight: approx. 0.9 kg
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For demonstrating air flow patterns around bodies of different shapes. The air flow patterns can be projected on to a wide screen using an overhead projector. Two strings are fastened on one side at equal distances between two glass plates. The strings move according to the air currents between the two glass plates. Bodies of different ...
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