TEG 313310 IMP Questions For MSBTE Winter 2024 Exam

Welcome to Practicalkida.com, In this post we provide all thermal engineering TEG 313310 IMP Questions For the MSBTE Winter 2024 Exam.

The thermal engineering subject paper is on 12th December 2024, solve the below questions to get a good score in the MSBTE exam.

TEG 313310 IMP Questions For MSBTE Winter 2024 Exam

• Unit no.1 Fundamentals of thermodynamics
• Questions for 2 Marks

1. Define (a) Enthalpy (b) Entropy
2. Define (a) Internal energy (b) Flow work
3. Define intensive and extensive property giving examples
4. Define (i) Potential energy (ii) Kinetic energy

• Questions for 4 Marks

1. State and explain Kelvin Plank’s Statement of the Second Law of Thermodynamics.
2. State and explain Clausius’s Statement of the Second Law of Thermodynamics
3. Differentiate open system and closed system
4. Differentiate between a Heat pump, heat engine, and refrigerator
5. State First law of thermodynamics for cyclic and non -cyclic process
6. Write a Steady Flow Energy Equation(SFEE) mentioning the meaning of all terms involved in it. Also, state SFEE for (a) Boiler (b) Condenser (c)Turbine.

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• Unit 2 Ideal Gases and Steam Fundamentals
• Questions for 2 Marks

1. State (a)Boyle’s law (b) Charle’s law (ii) State Avogadros Law
2. Represent the following processes on the P-V and T-S diagram
   • (a) Isobaric process (b) Isochoric process
3. Represent the following processes on the P-V and T-S diagram (a)Adiabatic process (b) Isothermal process
4. Define :(a) Dryness fraction (b) Degree of superheat(c) Latent heat
5. Define : (a) Superheated steam (b)Wet steam (c) Sensible heat

• Questions for 4 Marks

1. A closed vessel contains 3 Kg of carbon dioxide at a temperature of 20 °C and a pressure of 0.8 bar. Heat is supplied to the vessel till the gas acquires a pressure of 1.4 bar. Calculate (a) Final temperature (b) Work done on or by the gas (c) Heat added(d) Change in internal energy
2. 4Kg of an ideal gas is expanded from a pressure of 8 bar and volume 1.5 m3 to a pressure of 1.5 bar and volume 4.5 m3 The change in Internal energy is 525 KJ. Cv = 1.047 KJ/Kg K. Calculate (a) Gas constant (b) Change in enthalpy (c) Initial and final temperatures.

Conclusion

In this blog post, we share thermal engineering TEG 313310 IMP Questions For the MSBTE Winter 2024 Exam. Solve all of these questions and share them with your friends.

Thermal Engineering Micro Project