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Why does a bottle filled with water bursts upon cooling down below 0\deg C. Demonstrate the effect for acylindrical bottle with 0.1 m inner diameter and 0.25 m height (at 20 deg C). Compare the volume situationsat +20 and -20\deg temperature. Use a thermal expansion coefficient of 3.106 K-1 for glass and mass densities of 995 und 920 kg/m3 for water and ice, respectively.

Why does a bottle filled with water bursts upon cooling down below 0\deg C. Demonstrate the effect for acylindrical bottle with 0.1 m inner diameter and 0.25 m height (at 20 deg C). Compare the volume situationsat +20 and -20\deg temperature. Use a thermal expansion coefficient of 3.106 K-1 for glass and mass densities of 995 und 920 kg/m3 for water and ice, respectively.

Sustainable Energy
Sustainable Energy
2nd Edition
ISBN:9781337551663
Author:DUNLAP, Richard A.
Publisher:DUNLAP, Richard A.
Chapter17: Energy Conservation
Section: Chapter Questions
Problem 14P
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Why does a bottle filled with water bursts upon cooling down below 0\deg C. Demonstrate the effect for acylindrical bottle with 0.1 m inner diameter and 0.25 m height (at 20 deg C). Compare the volume situationsat +20 and -20\deg temperature. Use a thermal expansion coefficient of 3.106 K-1 for glass and mass densities of 995 und 920 kg/m3 for water and ice, respectively.
Transcribed Image Text:Why does a bottle filled with water bursts upon cooling down below 0\deg C. Demonstrate the effect for acylindrical bottle with 0.1 m inner diameter and 0.25 m height (at 20 deg C). Compare the volume situationsat +20 and -20\deg temperature. Use a thermal expansion coefficient of 3.106 K-1 for glass and mass densities of 995 und 920 kg/m3 for water and ice, respectively.
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