# AU R2004 Applied Thermodynamics Nov Dec 2013 Question Paper

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Question Paper Code ; 33578
B.E / B,Tech. DEGREE EXAMINATION NOVEMBER / DECEMBER 2013
Third / Fourth Semester
Electrical. and Electronics Engineering
ME 1211 Applied Thermodynamics
(Common to Instrumentation and Control Engineering)
Time : Three hours
(Regulation : 2008)
(Use of Steam Tables, Psychromefric charts and Heat Transfer Data book are permitted)

PART A (10 * 2 = 20 marks)
1.Define Quasi:Static
2.Write down the SPEE for reciprocating compressor.
3.Compare the SI and CI engines.
4.A gas turbine plant receives air at 1 bar and 2909K and compresses it to 5 bar.
If the temperature of air after compression. is 10000K; find the thermal efficiency of the turbine.
5.The boiler produces dry and saturated steam at 30 bar. steam expands in the turbine to a condenser pressure of 20 kPa. Calculate the thermal of Rankine cycle for these conditions.
6.Compare between impulse and reaction turbine.
7.Estimate the minimum work required to compress 1 kg of air from 1 bar 270C to 16 bar. in two stages, if the law of compression is PV1.25 Constant and the intercooling is perfect. Take R 287 J/kg'K.
8.Draw the T-s and p.h diagrams for the vapour compression cycle with dry saturated vapour after compression.
9. Consider a plane wall of thickness L. its left face at x = O, is at a Tl and right face at x = L is at temperature T2. The wall has no heat and, its thermal ' conductivity k is assumed constant. Find the T(x) in a wall.
10.Flow through pipe : D1 = 0.02 m, m = 0.01 kgl/s , mu= 910* 10^-6 Find the now is laminar or turbulent.

Full Name : Arumugam.P
College Name :SNS College Of Technology
Department :EEE
Semester :03
Subject Code :ME1211
Subject Name :Applied Thermodynamics
Study Material Description :QP

Attachment :

ATD ND2013 QP.pdf (Size: 2.25 MB / Downloads: 150)
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