1. If a solid glass fiber (23.2 um in dia and 120.1 mm length) is heated at 650 C (y = 0.30 J/m), forming a sphere, calculate the change in surface energy of the glass.

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Chapter1: Temperature And Heat
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1. If a solid glass fiber (23.2 µm in dia and 120.1 mm length) is heated at 650 C (y =
0.30 J/m), forming a sphere, calculate the change in surface energy of the glass.
4. An initially full but uncapped 1.25 liter plastic drinking bottle is accidentally
punctured, making a small hole in its base, allowing the water to drip out steadily. To
what height above the base of the bottle will the water drain out if the drop diameter when
it no longer falls off is 408 micron?
Transcribed Image Text:1. If a solid glass fiber (23.2 µm in dia and 120.1 mm length) is heated at 650 C (y = 0.30 J/m), forming a sphere, calculate the change in surface energy of the glass. 4. An initially full but uncapped 1.25 liter plastic drinking bottle is accidentally punctured, making a small hole in its base, allowing the water to drip out steadily. To what height above the base of the bottle will the water drain out if the drop diameter when it no longer falls off is 408 micron?
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