Showing posts with label 2013. Show all posts
Showing posts with label 2013. Show all posts

Saturday, 13 February 2016

DE Previous Year Questions (Digital electronics ) - MinMarks

B.Tech CS Digital electronics (DE) 2013  Previous Year Questions - MinMarks


1. Y = ∑ m(0,1,2,3,11,12,14,15) Using 16 :1 multiplexer
2. Y = ∏ m(0,1,3,7,9,10,11,13,14,15) using 4 to 16 line decoder

Q.2 Simplify the following logic expression using K-map and implement then using NAND gate :
1. Y = (A+B¯+C)(A¯+B¯+C¯)(B¯+C¯+D)
2. Y = ABC¯D+A¯BCD+A¯ B¯C+A¯ B¯ D¯+B

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Thursday, 4 February 2016

Analog and digital communication previous year questions 2013

B.Tech CS Analog and digital communication (ADC) 2013 previous year questions

 

 

 Q.1 Explain PSK. What are modulation and demodulation technique of PSK ? Why coherent demodulation technique cannot be applied for PSK detection ?

Q.2 Explain the binary ASK. What are the various techniques to generate ASK ? Explain coherent and non-coherent demodulation techniques of ASK.


Tuesday, 26 January 2016

B.tech 2013 3rd sem DSA previous year questions

B.Tech CS Data structures and Algorithms (DSA) previous year questions 


Q.1 What do you mean by graph data structure ? Explain the sequential and linked list implementation of graph data structure.

Q.2 Insert the following list of element in an AVL tree ?

3, 5, 11, 8, 4, 1, 12, 7, 2, 6, 10 



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B.Tech previous year questions

Wednesday, 9 December 2015

2013 ISS previous year questions (Information System Securities )- MinMarks

B.Tech CS ISS (Information System Securities) previous year questions - MinMarks

 

Q.1 Explain the concept of Dual signature in context of Secure Electronic Transaction (SET). Briefly describe the sequence of events that are required for a SET transaction.



Sunday, 25 October 2015

Hardware Testing and Fault Tolerance 2013 previous year questions - MinMarks

Previous Year Questions of Hardware Testing and Fault Tolerance 2013

1. Write short on parity code.
2. Explain different kinds of redundancy schemes for fault tolerance. 

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Monday, 19 October 2015

Computer Graphics and Multimedia Techniques 2013 previous year questions - MinMarks

Previous year questions of  Computer Graphics and Multimedia Techniques ( CGMT ) B.Tech CS branch 2013 from Rajasthan Technical University (RTU)


1. What step are required to scan convert a circle using bresenham's algorithm. Also, Derive the equation of decision variable with the help of neat diagram. 

2. Write short note on the following :

     a. Binary ray tracing tree

     b. Anti-aliased ray tracing 


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Sunday, 20 September 2015

RTU B.Tech Environmental Engineering 2 2013 previous year questions papers

The sewage is flowing at the rate of 4.8 million liters/day from a primary clarifier to a standard rate trickling filter.
B.Tech, Environmental Engineering 2

  The 5 day BOD of the influent is 180 mg/l. The value of organic loading may be taken as 200 gm/m3/day and surface loading rate as 1800 l/m2/day. Determine the volume of the filter and its depth. Also calulate the efficiency of this filter unit.

What do you understand by Digestion of sludge? Differentiate between anaerobic and aerobic digestion. Explain the machanism of anaerobic digestion.
B.tech 2013  Environmental Engineering 2
 
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Friday, 18 September 2015

RTU previous year question papers B.Tech, Water Resources Engineering 1 2013

A soil has a field capacity of 26% and the permanent wilting point of 7%.

Rajasthan technical university
B.Tech, Water Resources Engineering 1

Q.1 Describe the Rational method for estimation of run off.

Rajasthan technical university
B.Tech, Water Resources Engineering 1

 Q,2 Describe various types of rain gauges for the measurement of rainfall with simple sketches.

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Thursday, 17 September 2015

rtu Water Resources Engineering WRE 1 question papers 2013

Water Resources Engineering 1 question papers 2013

Determine the water storage capacity of the soil if the depth of root zone is 0.7m, Assume dry unit weight of soil as 14KN/m3. Also determine the water depth required to be applied, If irrigation water applied when moisture content of the soil decreases to 12%, taking a water application efficiency as 80%.


  1. Hydrologic cycle
  2. Infilteration
  3. Unit Hydrograph
  4. Estimation of run off

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