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Introducing the concept of pressure, for comparing pressures, for gas-compression experiments and for demonstrating overpressure and underpressure.
Two precision glass syringes of different volumes with ground piston and weight pans on stand. Includes 15 disc weights on a storage rod for adding to plunger.
Connection between ...
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For storing and measuring quantities of gases and liquids. Consists of a glass cylinder with a scale having a division of 1 ml. The ground finish of the glass cylinder ensures extreme tightness and smooth operation.
Volume: 100 ml
Division: 1 ml
Valve: 1-way
Inner Diameter: approx. 1.25"
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For storing and measuring quantities of gases and liquids. Consists of a glass cylinder with a scale having a division of 0.5 ml. The ground finish of the glass cylinder ensures extreme tightness and smooth operation.
Volume: 50 ml
Division: 0.5 ml
Inner Diameter: approx. 1"
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For storing and measuring quantities of gases and liquids. Consists of a glass cylinder with a scale having a division of 0.5 ml. The ground finish of the glass cylinder ensures extreme tightness and smooth operation.
Volume: 25 ml
Division: 0.5 ml
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Glass vessel for demonstrating communicating tubes; also suitable as an overflow vessel. Consists of a glass cylinder with two openings and GL screw connections. Includes three differently shaped glass tubes.
Height: approx. 300 mm
Diameter: 90 mm
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For demonstrating communicating tubes. Consists of a glass cylinder with two openings and GL screw connections, as well as two differently shaped glass tubes.
Height: approx. 220 mm
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Glass vessel with movable plungers for demonstrating equal distribution of pressure in all directions, observed by means of water jets forced out under pressure.
Total length: 450 mm
Diameter: Approx. 75 mm
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For demonstrating the hydrostatic paradox and for quantitative measurements of ground pressure. This pressure is measured through the curvature of a membrane and indicated in magnified form with the help of a lever multiplier. Compensation for comparative measurements is possible. Includes four differently shaped vessels made of glass....
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Glass cylinder with three outlets positioned at different heights for investigating the dependence of hydrostatic pressure on water depth through an observation of the outlet water jets.
Height: 350 mm
Diameter: 35 mm
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Complete equipment set for demonstration and practical training such as investigating transmission of hydraulic or pneumatic force, the relationship between force, surface area and pressure as well as verification of Boyle’s law.
A plastic cylinder with piston (60 cm³ volume) is attached to a base between two holding ...
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Demonstrates variation of pressure of liquids with depth. Consists of a metallic cylinder with three spouts of the same size at different heights.
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Glass vessel for demonstrating levels of liquid in linked tubes. Four differently shaped glass tubes linked together at the bottom on a base.
Height: 195 mm approx.
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Four capillary tubes each with a different internal diameter are connected to a glass reservoir with filling tube. Water rises to a different level in each of the tubes demonstrating the relationship between the bore of the tube and capillary pressure.
Capillaries: 2.0 mm, 1.5 mm, 1.0 mm and 0.5 mm inner diameter
Height: approx. 165 mm
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