Code No. 2005 FACULTY OF ENGINEERING & INFORMATICS B.E. I Year (Suppl.) (Common to All Branches) Examination, January 2013 Subject: Engineering Chemistry Time: 3 Hours
Max.Marks: 75
Note : Answer all questions from Part A. Answer any Five questions from Part B. PART – A (25 Marks) 1. Distinguish between extensive and intensive properties.
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2. What is partial molar property? Give its significance.
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3. Explain the effect of dilution on equivalent and specific conductance.
(3)
4. What is calomel electrode? Give its reduction half-cell reaction.
(3)
5. Differentiate between chemical and electrochemical corrosion.
(3)
6. Explain the principle of softening of water by ion-exchange method.
(3)
7. What are homo and copolymer? Give one example to each.
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8. Write a short note on applications of conducting polymers.
(2)
9. Define octane and cetane numbers.
(2)
10. What are advantages of fuel-cells?
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PART – B (50 Marks) 11.(a) What is the first law of thermodynamics? Justify the need for the second law. (b) Calculate the change in entropy accompanying the heating of one mole of an ideal gas from a temperature of 298 K to 596 K at constant pressure. (Cv = 3/2 R) in SI units. 12.(a) Define the following terms: (i) Specific conductance (ii) Ionic mobility (iii) Transport number
(5) (5)
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(b) A salt solution of 0.1 N strength offers a resistance of 220 ohms with a conductance cell of 0.90 cm-1 cell constant. Calculate the specific and equivalent conductance of the salt solution. 13.(a) Write a note on the following: (i) Galvanic corrosion (ii) Electroplating
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(b) What are the different types of hardness of water? Explain their determination by using EDTA method. (6) 14.(a) Bring out the differences between thermoplastics and thermosetting resins. (b) Give the preparation, properties and uses of the following polymers: (i) Bakelite (ii) Butyl rubber
(4)
15.(a) What are chemical fuels? Give their classification with examples. (b) Describe the analysis of coal by proximate analysis method. What is its significance?
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16.(a) Describe the construction and working of lead-acid battery. (b) What are boiler troubles? How they are prevented.
(6) (4)
17.(a) Derive Clausius – Clapeyron equation. Give its applications. (b) Write a note on conductometric titrations.
Vasavai CE BE Common 1st Year Jan 2013 Engineering Chemistry.pdf
(ii) Butyl rubber (6). 15.(a) What are chemical fuels? Give their classification with examples. (4). (b) Describe the analysis of coal by proximate analysis method. What is its significance? (6). 16.(a) Describe the construction and working of lead-acid battery. (6). (b) What are boiler troubles? How they are prevented. (4). 17.
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Find the MGF of Chi-square variate. (2). 8. Obtain the mean of Gamma variate. (3). 9. Define correlation, negative correlation between two variables. (2). 10.
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Page 1 of 2. Code No. 2342 / N. FACULTY OF ENGINEERING. B.E. 3/4 (Mechanical) I â Semester (New) (Main) Examination, Nov. / Dec. 2012. Subject : Applied Thermodynamics. Time : 3 hours Max. Marks : 75. Note: Answer all questions from PartâA and an
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... and bottom-up parse of the sentence "The Odd man cried". 13.What is transition Network? Explain ATN with example. 14.(a) Explain shift reduce parser.
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5. Does perception requires supervised learning ? Justify the answer. (2). 6. What is linear separability? (2). 7. What is meant by continuous Hopfield Net? (2). 8.