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Exam Details

Agricultural Engineering (AG) 2010

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Questions 65
Duration 180 mins
Package Agricultural Engineering (AG) - Previous Year Papers

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Difficulty distribution

Easy 65 100%

Question type distribution

Multiple Choices 65 100%

Instructions

Agricultural Engineering (AG) 2010 – Instructions
  • 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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Syllabus

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Sample questions from this paper

Questions are selected across the paper subjects wherever the paper contains that variety.

1
2010 · Unclassified
Agricultural Engineering (AG) 2010
Q.1 – Q.25 carry one mark each.

A particular solution of d2y/dx2 + 5 dy/dx - 3y = 6 is

A
2.0
B
0.5
C
-0.5
D
-2.0
2
2010 · Unclassified
Agricultural Engineering (AG) 2010

The partial differential equation ∂2u/∂x2 - 7 ∂2u/∂x∂y + 2 ∂2u/∂y2 = 0 is said to be

A
parabolic
B
hyperbolic
C
elliptic
D
eccentric
3
2010 · Unclassified
Agricultural Engineering (AG) 2010

While carrying out tillage operations, negative slip is sometimes experienced with

A
front wheels of two-wheel drive tractor
B
front wheels of four-wheel drive tractor
C
front wheels of front wheel assisted tractor
D
wheels of power tiller pulling a mould board plough
4
2010 · Unclassified
Agricultural Engineering (AG) 2010

A two-wheel drive tractor has a PTO speed of 540 rpm and it produces 35 kW net engine power. Corresponding torque available at PTO in N m will be

A
435 – 457
B
465 – 485
C
495 – 505
D
535 – 558
5
2010 · Unclassified
Agricultural Engineering (AG) 2010

Raising the hitch on the implement frame of a pull type offset disk harrow without gauge wheel helps in

A
increasing the depth of penetration for the rear gang
B
increasing the depth of penetration for the front gang
C
decreasing the depth of penetration for the front gang
D
maintaining the same depth of penetration for both the gangs
6
2010 · Unclassified
Agricultural Engineering (AG) 2010

While deriving the Chezy formula for uniform flow, it is assumed that there is a balance between

A
gravity and inertial forces
B
inertial and viscous forces
C
frictional and gravity forces
D
frictional and inertial forces