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#1
June 4th, 2014, 01:46 PM
 Super Moderator Join Date: May 2011

Can you please give me the Pune University Mechanical Enginering 3rd Sem-Applied Thermodynamics previous year’s question papers?

As you want to get the Pune University Mechanical Enginering 3rd Sem-Applied Thermodynamics previous year’s question papers so here is the information of the same for you:

Some content of the file has been given here:

Contact Details:
University Of Pune
Ganeshkhind,
Pune,
Maharashtra 411007 ‎
020 2560 1099
India

Map Location:

Last edited by Aakashd; June 4th, 2019 at 12:43 PM.

#2
September 28th, 2015, 03:55 PM
 Unregistered Guest
Re: Pune University Mechanical Enginering 3rd Sem-Applied Thermodynamics previous yea

I want the previous year question paper of Applied Thermodynamics of Mechanical Enginering 3rd Semester of Pune University so can you please provide me?
#3
September 28th, 2015, 04:02 PM
 Super Moderator Join Date: Jun 2013
Re: Pune University Mechanical Enginering 3rd Sem-Applied Thermodynamics previous yea

Savitribai Phule Pune University is a university in western India in the city of Pune. It was established in 1948 and is one of India's premier universities. It has been given the highest "A" rating by the National Assessment and Accreditation Council (NAAC)

Pune University Mechanical Engineering 3rd Semester question paper

Applied Thermodynamics

Section I
Unit I

1. (a) Write a note on reversibility. [4]

(b) Prove that Kelvin-Planck statement and Clausius statement are
equivalent.

(c) At steady state, a refrigerator cycle removes 18,000 kJ/h of
energy by heat transfer from a space maintained at –40ºC
and discharges energy by heat transfer to the surroundings
at 20ºC. If the actual COP of the cycle is 25% of that of
the theoretical cycle operating between thermal reservoirs of
these two temperatures, determine power input to the cycle
in kW.

2. (a) Write a note on ‘Principle of Increase of Entropy’. [4]

(b) State and prove ‘Clausius Inequality’. [8]

(c) Two kg of air is heated at constant pressure of 200 kPa
to 500ºC. Calculate entropy change if the initial volume
is 0.8 m3.

UNIT II

3. (a) Derive an expression for available energy of non-flow
system. [6]

(b) Sketch the following processes on P-V and T-S planes :
(ii) Isothermal.

(c) 0.25 kg of air at a pressure of 140 kN/m2 occupies 0.15 m3
and from this condition is compressed to 1.4 MN/m2 according
to 1.25 PV = C. Determine :
(i) Change in internal energy of air
(ii) Work done and
(iii) Heat transfer.

Pune University Mechanical Engineering 3rd Semester question paper

For complete question paper here is the attachment

Savitribai Phule Pune University
Ganeshkhind
Pune University, Ganeshkhind
Pune, Maharashtra 411007

Map location

 Pune University Mechanical Engineering 3rd Semester question paper.pdf (66.8 KB, 28 views)
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