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he atmosphere whose temperature is 22 °C and h = 9.36 W/m²-K. What arises at its destination if the mass flow rate is 0.125 kg of steam per se 13.67 °C, h, = 914.52 kJ/kg, h, = 2800 kJ/kg.

he atmosphere whose temperature is 22 °C and h = 9.36 W/m²-K. What arises at its destination if the mass flow rate is 0.125 kg of steam per se 13.67 °C, h, = 914.52 kJ/kg, h, = 2800 kJ/kg.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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8. Steam initially saturated at 2.05 MPa, passes through a 10.1 cm standard steel pipe for a total distance of 152 m. The steam line is insulated with a 5.08 cm thickness material of k = 0.069 W/m-°K and exposed to the atmosphere whose temperature is 22 °C and h = 9.36 W/m²-K. What is the quality of steam which arises at its destination if the mass flow rate is 0.125 kg of steam per second? (At 2.05 MPa, t = 213.67 °C, h, = 914.52 kJ/kg, h, = 2800 kJ/kg.
Transcribed Image Text:8. Steam initially saturated at 2.05 MPa, passes through a 10.1 cm standard steel pipe for a total distance of 152 m. The steam line is insulated with a 5.08 cm thickness material of k = 0.069 W/m-°K and exposed to the atmosphere whose temperature is 22 °C and h = 9.36 W/m²-K. What is the quality of steam which arises at its destination if the mass flow rate is 0.125 kg of steam per second? (At 2.05 MPa, t = 213.67 °C, h, = 914.52 kJ/kg, h, = 2800 kJ/kg.
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