Q. If Evaporator & Condenser pressures are p & q, the intercooler pressure P is given as?

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Q. Phase change at constant pressure takes place in _____________

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Q. Which of these factors don’t cause Internal Irreversibility of a Rankine cycle?

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Q. What is the unit of Heat rate?

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Q. Rankine cycle operating on low pressure limit of p1 and high pressure limit of p2 ___________

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Q. Rankine efficiency of a Steam Power Plant ___________

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Q. Rankine cycle comprises of ___________

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Q. In Rankine cycle, the work output from the turbine is given by ___________

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Q. Which of the following contributes to the improvement of efficiency of Rankine cycle in a Thermal Power Plant?

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Q. Match the following:

i) Boiler A. reversible adiabatic expansion of steam

ii) turbine B. constant pressure heat heat addition

iii) Condenser C. reversible adiabatic compression

iv) pump D. constant pressure heat rejection

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Q. What is the actual turbine inlet temperature in Rankine cycle?

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Q. Rankine cycle efficiency of a good Steam Power Plant may be in the range of?

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Q. A simple Rankine cycle operates the Boiler at 3 MPa with an outlet temperature of 350°C and the Condenser at 50 kPa. Assuming ideal operation and processes, what is the thermal efficiency of this cycle?

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Q. A simple Rankine cycle produces 40 MW of power, 50 MW of process heat and rejects 60 MW of heat to the surroundings. What is the utilization factor of this co generation cycle neglecting the pump work?

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Q. A gas turbine works on __________

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Q. What is the range of Thermal efficiency in the Brayton cycle?

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Q. What is the maximum possible TIT(Turbine Inlet Temperature)?

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Q. A simple Brayton cycle uses Helium as the working fluid, has a maximum temperature of 1000 K, and a pressure ratio of 4. At the start of the compression, the Helium pressure and temperature are 50 kPa and 250 K. Based upon cold-air standard analysis assumptions, the thermal efficiency of the cycle is?

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Q. A simple Brayton cycle has a pressure ratio of 5 and a maximum temperature of 900 K. Air enters the compressor at 100 kPa, 300 K. Based upon cold-air standard analysis assumptions, the back-work ratio of this cycle is?

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Q. Which of the following methods can be used to increase efficiency of a Brayton cycle?

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