Glycerin is flowing at the rate of 700 kg/h through a 30-mm-ID pipe. It enters a heated
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Glycerin is flowing at the rate of 700 kg/h through a 30-mm-ID pipe. It enters a heated section 2.5 m long, the walls of which are at a uniform temperature of 115°C. The temperature of the glycerin at the entrance is 15°C.
(a) If the velocity profile is parabolic, what will be the temperature of the glycerin at the outlet of the heated section?
(b) What would the outlet temperature be if flow were rodlike?
(c) How long would the heated section have to be, to heat the glycerin essentially to 115°C?
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Related Book For
Unit Operations Of Chemical Engineering
ISBN: 9780072848236
7th Edition
Authors: Warren McCabe, Julian Smith, Peter Harriott
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