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Steam at 500 kPa having a quality of 0.9 expands adiabatically and reversibly to a final pressure of 100 kPa. Determine its final condition
mumbai university thermodynamics updated 9 months ago by Abhishek Tiwari ★ 50
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State and derive steady flow energy equation and apply it to a boiler, condenser, nozzle and turbine.
mumbai university thermodynamics updated 10 months ago by kolisamiksha123 • 0
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Question Paper: Thermodynamics : Question Paper Dec 2016 - Mechanical Engineering (Semester 3) | Mumbai University (MU)
question paper mechanical engineering (semester 3) thermodynamics mu updated 2.0 years ago by Team Ques10 ★ 410
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Question Paper: Thermodynamics : Question Paper Dec 2014 - Mechanical Engineering (Semester 3) | Pune University (PU)
question paper mechanical engineering (semester 3) thermodynamics pu updated 2.0 years ago by Team Ques10 ★ 410
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Question Paper: Thermodynamics : Question Paper Dec 2016 - Mechanical Engineering (Semester 3) | Pune University (PU)
question paper mechanical engineering (semester 3) thermodynamics pu updated 2.0 years ago by Team Ques10 ★ 410
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Question Paper: Thermodynamics : Question Paper Dec 2016 - Mechanical Engineering (Semester 3) | Pune University (PU)
question paper mechanical engineering (semester 3) thermodynamics pu updated 2.0 years ago by Team Ques10 ★ 410
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Question Paper: Thermodynamics : Question Paper May 2016 - Mechanical Engineering (Semester 3) | Mumbai University (MU)
question paper mechanical engineering (semester 3) thermodynamics mu updated 2.4 years ago by Team Ques10 ★ 410
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A reversible engine receives heat from two thermal reservoir maintained at constant temperature of 750K and 500K. the engine develops 100 KW and rejects 3600Kj/min of heat to a heat sink at 250K
mumbai university thermodynamics updated 2.5 years ago by Sanket Shingote ★ 250
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State Kelvin Planck and Clausius statement and establish the equivalence of both for second law of thermodynamics.
mumbai university thermodynamics updated 2.5 years ago by Sanket Shingote ★ 250
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Expalin: i) Combustion ii) Enthalpy of formation iii) enthalpy of combustion iv) adiabatic flame temperature.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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In an air standard Diesel cycle the conditions at the beginning of the compression stroke are 300K and 1 bar.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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an expression for efficiency of dual cycle
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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what is cut-off ratio. Discuss its effect on the thermal efficiency of diesel engine
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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An engine working on the Otto cycle is supplied with air at 0.1 MPa and 35oC the Compression ratio is 8. Heat supplied is 2100KJ/Kg. Calculate the maximum pressure and temperature of the cycle,
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Derive an expression for efficiency of diesel cycle.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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In a Rankine cycle, the maximum pressure of steam supplied is 6 bar the dryness fraction is 0.9 the exhaust pressure is 0.7 bar. Find the theoretical work done and rankine effieciency
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Explain: i) Dry saturated steam ii) sensible heat of water iii) Total Enthalpy of steam iv) Dryness fraction.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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One Kg of dry saturated steam undergoes an isentropic expansion process from 10 bar to 1 bar. Determine the final condition of steam and the work done when the expansion takes place
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Define: i) Dryness Fraction ii) Sensible Heat Of Water iii) Latent heat of vaporization iv) Superheated Steam
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Define COP for refrigerator and heat pump. Derive relation between them.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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A reversible heat engine operates with two environments. In the first, it draws 12000KW from a source at 400oC and in the second, it draws 25000KW from a source at 100oC
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Question Paper: Thermodynamics : Question Paper May 2016 - Mechanical Engineering (Semester 3) | Mumbai University (MU)
mumbai university question paper mechanical engineering (semester 3) thermodynamics updated 2.5 years ago by Team Ques10 ★ 410
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A mass of air initially at 206 deg C is at a pressure of 7 bar and has a volume of 0.03$m^3$
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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State the first law of thermodynamics for the closed system undergoing a cycle.
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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Explain Zeroth Law of thermodynamics
mumbai university thermodynamics updated 2.5 years ago by Paras Gada • 30
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