In a production facility, 3.05-cm-thick 0.61-m x 0.61-m square brass plates (p = 8529.83 kg/m3 and...
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In a production facility, 3.05-cm-thick 0.61-m x 0.61-m square brass plates (p = 8529.83 kg/m3 and c, = 0.381 kJ/kg. °C) that are initially at a uniform T of 24°C are heated by passing them through an oven at 705°C at a rate of 300 per minute. If the plates remain in the oven until their average T rises to 538°C, determine the rate of heat transfer to the plates in the furnace. Furnace, 705°C 3.05 cm Brass plate, 24°C In a production facility, 3.05-cm-thick 0.61-m x 0.61-m square brass plates (p = 8529.83 kg/m3 and c, = 0.381 kJ/kg. °C) that are initially at a uniform T of 24°C are heated by passing them through an oven at 705°C at a rate of 300 per minute. If the plates remain in the oven until their average T rises to 538°C, determine the rate of heat transfer to the plates in the furnace. Furnace, 705°C 3.05 cm Brass plate, 24°C
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Given data are 1 Surface area of plateA 061m x 061m 03721m 2 2 thickness of p... View the full answer
Related Book For
Thermodynamics An Engineering Approach
ISBN: 978-0073398174
8th edition
Authors: Yunus A. Cengel, Michael A. Boles
Posted Date:
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