Steam, initially saturated at 2.28 MPa, passes through a 10 cm standard steel pipe for a total distance of 150 m. The steam line is insulated with 5 cm thickness of fiberglass insulation (k = 0.043 W/m-K). For an ambient temperature of 30°C, neglecting steam surface coefficient, what is the quality of the steam which arises at its destination if the mass flow rate is 0.15 kg steam per second? Note: ho for still air is 9.36 W/m²-K

Elements Of Electromagnetics
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6. Steam, initially saturated at 2.28 MPa, passes through a 10 cm standard steel pipe for a total
distance of 150 m. The steam line is insulated with 5 cm thickness of fiberglass insulation (k =
0.043 W/m-K). For an ambient temperature of 30°C, neglecting steam surface coefficient, what
is the quality of the steam which arises at its destination if the mass flow rate is 0.15 kg steam
per second? Note: ho for still air is 9.36 W/m²-K
Transcribed Image Text:6. Steam, initially saturated at 2.28 MPa, passes through a 10 cm standard steel pipe for a total distance of 150 m. The steam line is insulated with 5 cm thickness of fiberglass insulation (k = 0.043 W/m-K). For an ambient temperature of 30°C, neglecting steam surface coefficient, what is the quality of the steam which arises at its destination if the mass flow rate is 0.15 kg steam per second? Note: ho for still air is 9.36 W/m²-K
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