- Total number of questions: 65
- 30 questions carry one mark each
- 35 questions carry two marks each
- Negative marking: 1/3 of the marks allotted to the question
- Use of calculator is allowed
- This is a proctored examination
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Exam Details
Mechanical Engineering (ME) 2017 [Session 3]
Review the key details, then start the test when you are ready. You can also open the full package to see related papers.
Questions
65
Duration
180 mins
Package
Mechanical Engineering (ME) - Previous Year Papers
Paper pattern & analysis
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Topic distribution
Subtopic distribution
Difficulty distribution
65questions
Hard
33
50.8%
Easy
32
49.2%
Question type distribution
65questions
Multiple Choices
34
52.3%
Fill in the blanks
31
47.7%
Instructions
Mechanical Engineering (ME) 2017 [Session 3] – Instructions
Syllabus
Full Syllabus
Sample questions from this paper
Questions are selected across the paper subjects wherever the paper contains that variety.
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Q.1 – Q.5 carry one mark each.
Two coins are tossed simultaneously. The probability (upto two decimal points accuracy) of getting at least one head is ________
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Correct : 1 Wrong : 0
The divergence of the vector −yi + xj is ________
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Correct : 1 Wrong : 0
The determinant of a 2×2 matrix is 50. If one eigenvalue of the matrix is 10, the other eigenvalue is ________
Write your response
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Correct : 1 Wrong : -0.33
A sample of 15 data is as follows: 17, 18, 17, 17, 13, 18, 5, 5, 6, 7, 8, 9, 20, 17, 3. The mode of the data is
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Correct : 1 Wrong : -0.33
The Laplace transform of tet is
2017 · Unclassified
Mechanical Engineering (ME) 2017 [Session 3]
Q.6 – Q.10 carry two marks each.
A mass m is attached to two identical springs having spring constant k as shown in the figure. The natural frequency ω of this single degree of freedom system is
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