Problem # 2) A Steam is supplied to a fully loaded 100 Hp- Turbine at 200 Psia with U = 1163.3 BTU / lbm , Vị = 2.65 ft³ / lbmand v1 = 400 Fps. Exhaust is at 1 Psia with U, = 925 Btu / lb.m , V2 = 294 Ft; / lbm and v, = 1100 Dps. The Heat lost from the steam in the Turbine is 10 BTU / lbm . Neglect Potential Energy change and determine ; a) The work per lb.m of steam. b) The steam flow rate in Ibm / hr. %3D CAnc 251 RT U / lh 1014 lb Ihr)
Problem # 2) A Steam is supplied to a fully loaded 100 Hp- Turbine at 200 Psia with U = 1163.3 BTU / lbm , Vị = 2.65 ft³ / lbmand v1 = 400 Fps. Exhaust is at 1 Psia with U, = 925 Btu / lb.m , V2 = 294 Ft; / lbm and v, = 1100 Dps. The Heat lost from the steam in the Turbine is 10 BTU / lbm . Neglect Potential Energy change and determine ; a) The work per lb.m of steam. b) The steam flow rate in Ibm / hr. %3D CAnc 251 RT U / lh 1014 lb Ihr)
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Transcribed Image Text:Problem # 2) A Steam is supplied to a fully loaded 100 Hp- Turbine at 200 Psia with
U = 1163.3 BTU / lbm , V1 = 2.65 ft³ / lbmand v1 = 400 Fps. Exhaust is at
1 Psia with U, = 925 Btu / lbm , V2 = 294 Ft; / lbm and v, = 1100 Dps. The
Heat lost from the steam in the Turbine is 10 BTU / lbm - Neglect Potential
Energy change and determine ;
a) The work per lb. of steam.
b) The steam flow rate in lb.m / hr.
( Ans. 251 BTU / lbm
1014 lbm / hr.)
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