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Exam Details

ESE Mechanical Engineering PAPER 2 TECHNICAL 2019

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Questions 150
Duration 180 mins
Package ESE & GATE ME - Previous Year Papers

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Difficulty distribution

Medium 105 70%
Hard 29 19.3%
Easy 16 10.7%

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Multiple Choices 150 100%

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Sample questions from this paper

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1
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
Water is discharged from a tank maintained at a constant head of 5 m above the exit of a straight pipe 100 m long and 15 cm in diameter. If the friction coefficient for the pipe is 0.01, the rate of flow will be nearly _________.
A
0.04 m3/s
B
0.05 m3/s
C
0.06 m3/s
D
0.07 m3/s
2
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
A plate weighing 150 N and measuring 0.8 m × 0.8 m just slides down an inclined plane over an oil film of 1.2 mm thickness for an inclination of 30° and velocity of 0.2 m/s. Then the viscosity of the oil used is __________.
A
0.3 N-s/m2
B
0.4 N-s/m2
C
0.5 N-s/m2
D
0.7 N-s/m2
3
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
A spherical balloon of 1.5 m diameter is completely immersed in water and chained to the bottom. If the chain has a tension of 10 kN, the weight of the balloon will be nearly _________.
A
9.11 kN
B
8.22 kN
C
6.44 kN
D
7.33 kN
4
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
A nozzle at the end of an 80 mm hosepipe produces a jet 40 mm in diameter. When it is discharging the water 1200 Lpm, the force on the joint at the base of the nozzle will be __________.
A
180 N
B
200 N
C
220 N
D
240 N
5
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
A vertical water pipe, 1.5 m long, tapers from 75 mm diameter at the bottom to 150 mm diameter at the top and the rate of flow is 50 L/s upwards. If the pressure at the bottom end is 150 kN/m2, the pressure at the top will be nearly _________.
A
195.2 kN/m2
B
187.6 kN/m2
C
183.8 kN/m2
D
191.4 kN/m2
6
2019 · Unclassified
ESE Mechanical Engineering PAPER 2 TECHNICAL 2019
The stream function for a flow field is . The velocity at a point P for position vector at time will be __________.
A
B
C
D