Exam Details
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
Review the key details, then start the test when you are ready. You can also open the full package to see related papers.
Questions
100
Duration
180 mins
Package
AE & JE Exams - Previous Year Papers
Paper pattern & analysis
Filter this paper by subject, topic or subtopic. Every graph updates from the selected questions.
Topic distribution
Subtopic distribution
Difficulty distribution
100questions
Medium
60
60%
Easy
28
28%
Hard
12
12%
Question type distribution
100questions
Multiple Choices
100
100%
Instructions
Demo Instruction
Syllabus
Sample
Sample questions from this paper
Questions are selected across the paper subjects wherever the paper contains that variety.
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
Consider the turbulent flow of a fluid through a circular pipe. Which of the following statements hold(s) true ________?
I. The fluid is unmixed.
II. The fluid is well mixed.
III. Re < 4000
IV. Re > 4000
I. The fluid is unmixed.
II. The fluid is well mixed.
III. Re < 4000
IV. Re > 4000
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
The pressure intensity at a point in a fluid is given by 3.92 N/cm2. Find the corresponding height of the fluid _________, when the fluid is oil of specific gravity 0.9.
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
Which is of the following is determined by deploying multiple gauge glasses in boilers _________?
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
In a refrigeration system, why are expansion devices located closer to the evaporator __________?
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
Fusible plugs in boilers are made of _________.
2020 · Unclassified
SSC JE Mechanical Engineering 28 OCTOBER EVENING SHIFT 2020
The enthalpies at the beginning of compression, at the end of compression and at end of condensation are 180 kJ/kg, 200 kJ kg and 90 kJ/kg respectively. Determine COP of the vapour compression refrigeration system __________.