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Use the Sieder-Tate equation to determine the inside heat transfer coefficient for a acetone flowing inside a 16 ft long, 1-in tube (14 BWG) at

Use the Sieder-Tate equation to determine the inside heat transfer coefficient for a acetone flowing inside a 16 ft long, 1-in tube (14 BWG) at a velocity of 2.5 ft/s that is being cooled and has an average temperature of 176F and an average wall temperature of 104F. Give the reference used to obtain all needed property data.

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Use the Sieder-Tate equation to determine the inside heat transfer coefficient for a acetone flowing inside a 16ft long, 1-in tube (14 BWG) at a velocity of 2.5ft/s that is being cooled and has an average temperature of 176F and an average wall temperature of 104F. Give the reference used to obtain all needed property data

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