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Experiment: Thermal expansion of solid bodies (230 V, 50/60 Hz), 8000577 [UE2010130-230], Thermal expansion

Experiment: Thermal expansion of solid bodies (230 V, 50/60 Hz)

3,045.38 €
Item: 8000577 [UE2010130-230]
Objective: Determine the coefficients of expansion for brass, steel and glassIf solid bodies are heated up, they generally expand to a greater or lesser degree. In this experiment, hot water is allowed to flow through tubes made of brass, ... more
Experiment: Water Anomaly, Basic equipment, 8000578 [UE2010301], Thermal expansion

Experiment: Water Anomaly, Basic equipment

1,666.64 €
Item: 8000578 [UE2010301]
Objective: Determine the temperature where water reaches its maximum density When temperature is raised from 0°C to about 4°C the volume of a mass of water initially becomes smaller and only begins to expand thermally at higher temperatures ... more
Experiment: Water Anomaly, Supplement, 8000579 [UE2010301S], Thermal expansion

Experiment: Water Anomaly, Supplement

99.52 €
Item: 8000579 [UE2010301S]
Objective: Determine the temperature where water reaches its maximum density When temperature is raised from 0°C to about 4°C the volume of a mass of water initially becomes smaller and only begins to expand thermally at higher temperatures ... more
Experiment: Thermal expansion of solid bodies (115 V, 50/60 Hz), 8000576 [UE2010130-115], Thermal expansion

Experiment: Thermal expansion of solid bodies (115 V, 50/60 Hz)

3,045.38 €
Item: 8000576 [UE2010130-115]
Objective: Determine the coefficients of expansion for brass, steel and glassIf solid bodies are heated up, they generally expand to a greater or lesser degree. In this experiment, hot water is allowed to flow through tubes made of brass, ... more