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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 13 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 2.3 years ago by Team Ques10 ♦♦ 420
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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 2.3 years ago by Team Ques10 ♦♦ 420
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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 2.3 years ago by Team Ques10 ♦♦ 420
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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 2.3 years ago by Team Ques10 ♦♦ 420
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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 2.7 years ago by Team Ques10 ♦♦ 420
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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 2.8 years ago by Sanket Shingote ♦♦ 270
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Expalin: i) Combustion ii) Enthalpy of formation iii) enthalpy of combustion iv) adiabatic flame temperature.
mumbai university thermodynamics updated 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Paras Gada • 40
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an expression for efficiency of dual cycle
mumbai university thermodynamics updated 2.8 years ago by Paras Gada • 40
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what is cut-off ratio. Discuss its effect on the thermal efficiency of diesel engine
mumbai university thermodynamics updated 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Paras Gada • 40
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Define COP for refrigerator and heat pump. Derive relation between them.
mumbai university thermodynamics updated 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Paras Gada • 40
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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 2.8 years ago by Team Ques10 ♦♦ 420
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Explain Zeroth Law of thermodynamics
mumbai university thermodynamics updated 2.8 years ago by Paras Gada • 40
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find (i) Reheat pressure (ii) The pressure of steam at inlet to H.P. turbine. (iii) Net specific work output. (iv) Cycle efficiency. (v) Steam rate.
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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Determine per kg of air (i) th percentage cut-off ratio (ii) work done and (iii) air standard efficiency.
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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Determine the mass flow rate of fuel in kg/hr. The following data is applicable:
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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Determine: (i) The composition of the fuel. (ii) The air-fuel ratio. (iii) The percentage excess air used.
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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Determine: - (i) thermal efficiency. (ii) Mean effective pressure in MPa.
mumbai university thermodynamics updated 3.3 years ago by Sayali Bagwe • 2.2k
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Calculate the mass of air supplied. Also calculate individual and total mass of products of combustion per kg of fuel if 30% of excess air is supplied for combustion.
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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Explain: (i) Enthalpy of reaction (ii) Enthalpy of formation (iii) Heating value
mumbai university thermodynamics updated 3.3 years ago by Pooja Joshi • 740
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