In a mixing chamber, water at m ̇_1=1 kg/s flow rate, P1= 5 MPa and T1= 100 oC and water vapor at m ̇_2=5 kg/s flow rate, P2= 5 MPa and T2= 500 oC are mixed and Saturated steam is obtained at P3=5 MPa pressure. Calculate the amount of heat transfer (kW) lost from the mixing chamber to the environment at 20 oC.
In a mixing chamber, water at m ̇_1=1 kg/s flow rate, P1= 5 MPa and T1= 100 oC and water vapor at m ̇_2=5 kg/s flow rate, P2= 5 MPa and T2= 500 oC are mixed and Saturated steam is obtained at P3=5 MPa pressure. Calculate the amount of heat transfer (kW) lost from the mixing chamber to the environment at 20 oC.
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In a mixing chamber, water at m ̇_1=1 kg/s flow rate, P1= 5 MPa and T1= 100 oC and water vapor at m ̇_2=5 kg/s flow rate, P2= 5 MPa and T2= 500 oC are mixed and Saturated steam is obtained at P3=5 MPa pressure. Calculate the amount of heat transfer (kW) lost from the mixing chamber to the environment at 20 oC.
Transcribed Image Text:Q=?
P1
- 5 MPa m1 =1 kg/s
T = 100 °C
Karışma
odası
P, = 5 MPa
P = 150 kPa
T2= 500°C
m2 =5 kg/s
P3-
= 5 MPa
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