Given: = 10 MPa T= 600°C = 0.2 MPa 2 21 A. For the turbine, for mass flow rate of 3,000 kg/hr, caiculate: 1. Ideal work, WE, in KW 2. Turbine, isentropic efficiency, n 3. Ideal engine thermal efficiency, e B. For the cycle, calculate: 4. Network, Wat in KW 5. Cycle thermal efficiency, e

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Q: 3.) In In an actual Rankine cycle, steam first enters the turbine at 10 MPa and 400C. It expands to…

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Q: 3. Steam at 5.3 MPa, 400 °C expands in a Rankine turbine to 0.036 MPa. For 136 kg/s of steam,…

A: Since you have posted a question with multiple sub-parts, we will solve first three sub- parts for…

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Q: P = 10 MPa T= 600 °C =0.2 MPa 2 21 A. For the turbine, for mass flow rate of 3,000 kgħr, caiculate:…

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Q: Given: P = 10 MPa T= 600 °C =0.2 MPa 2 2 A. For the turbine, for mass flow rate of 3,000 kg/hr,…

A: Please find Part C answered in step 3:

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A: Given    Enthalpy drop, h1 - h2 = 1198.8 kJ/kg                              Angle = 16o…

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Q: Rannkin cycle     1_The value of enthalpy at point 1 is ( h1 =?) 2_ value of enthalpy at point 2…

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Q: 2. An ideal Diesel engine operates on 0.063 Ibm of air with a suction state at 14 psia and 140 °F.…

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Q: Consider a cold air-standard Diesel cycle. Operating data at principal states in the cycle are given…

A: Draw the P-V diagram of the a cold air-standard Diesel cycle.

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A: Solution: Given Data: ν=0.5β=1, 2, 5, 20

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Q: Rankine cycle efficiency always considerable part of heat addition is at. Brake thermal efficiency…

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Q: Air enters the compressor of an ideal air-standard Brayton cycle at 100 kPa, 27 °C, with a…

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Q: that has one stage of reheat; exhaust is at 0.05MPaa and 85% quality. The specific turbine work…

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Q: Air enters the compressor of an ideal air-standard Brayton cycle at 100 kPa, 300 K, with a…

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Q: 1. Air enters the compressor of an ideal air-standard Brayton cycle at 100 kPa, 300 K, with a…

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Q: 1. Steam at 5.0mpa, 410°c expands in a Rankine engine to 0.036MPa. For 60 000kg/hr of steam,…

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Q: In a gas turbine plant  working on air standard Brayton cycle, the air at inlet is at 27°C…

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A: Data given -  T1 = 800 °C = 1073 K  T2 = 27°C = 300 K

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Q: EA: Derive an expression for the maximum blade efficiency of reaction turbine. Explain and draw the…

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Q: A rankine cycle has the specific conditions: Inlet of turbine: T= 368 degree celcius p= 11.17 mPa…

A: Given data, Temperature at turbine inlet, T1 = 368 °C Pressure at turbine inlet, P1 = 11.17 MPa…

Q: For a steam turbine with the following data: Initial Temperature T0=36,7°C, Final temperature after…

A: Given that, Initial temperature, T0=36.7 °C,Initial pressure, P0=1 bar,Final temperature of boiler,…

Q: Air enters the compressor of an ideal air-standard Brayton cycle at 100 kPa, 27 °C, with a…

A: Given:P1=100 KPaT1=27°CV1=5 m3/srp=10T3=1127°C

Q: 1.In a Rankine cycle, the steam throttle condition is 4.2 Mpa and 410°C. If turbine exhaust is 105…

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Q: 3. Steam at 5.3 MPa, 400 °C expands in a Rankine turbine to 0.036 MPa. For 136 kg/s of steam,…

A: Given data as per the question Initial temperature =4000 c Initial pressure =5.3 Mpa Final pressure…

Q: Steam at 5.3 MPa, 400 °C expands in a Rankine turbine to 0.036 MPa. For 136 kg/s of steam, deterr…

A: To given thatSteam at inlet hasP1=5.2 mpaT1=400°CAfter expension  in turbine at outletP2=0.036…

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Q: Find the turbine specific work, y30.143 state 1 2 3 45 7 9 10 kJ/kg 226 236.1670 3602 2796 3481 2494…

A: Suppose mass flow rate through the boiler is 1kg work through turbine, WT = m˙*(h5 -h6) +…

Q: . Steam at 5.3 MPa, 400 °C expands in a Rankine turbine to 0.036 MPa. For 136 kg/s of steam,…

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Q: 3. The working substance for a Carnot cycle is 8 Ibm of air. The volume at the beginning of…

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Q: A rankine cycle has the specific conditions: Inlet of turbine: T= 368 degree celcius p= 11.17 mPa…

A: following is the answer to the above problem-

Q: Steam at 5.2 MPa, 400 o C expands in a Rankine turbine to 0.036 MPa. For 136 kg/s of steam,…

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Q: /A qas turbine working receive air at (A ban) and C15°C).It is Compressed to (5 bar) and then heated…

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Laws of thermodynamics

Thermodynamics is a field of research, which needs the creation of absolute and ideal states and logical and practical examination of the actual conditions. By considering all the laws and theories of thermodynamics, the chemical reactions, the occurrence of processes, and physiological functions can be predicted with this field.