GATE 2015 Agricultural Engineering (AG) Question Papers with Answer Key PDFs (January 31- Forenoon Session)

GATE 2015 Agricultural Engineering (AG) Question papers with answer key PDFs are available to download. GATE AG 2015 was conducted by IIT Roorkee, on January 31, 2015 in the forenoon session. GATE 2015 AG Question Paper contains 65 questions out of which a few questions carry 1 mark whereas others carry 2 marks.

GATE 2015 Agricultural Engineering (AG) Question Papers with Answer Key PDFs (January 31-Forenoon Session)

GATE 2015 AG Question Paper	GATE 2015 AG Answer Key
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GATE 2015 Agricultural Engineering (AG) Paper Analysis

GATE 2015 Agricultural Engineering (AG) question paper has a total of 65 questions and the maximum mark is 100.

Questions are found in the form of Multiple Choices Questions (MCQs) and Numerical Answer Questions (NAQ).

The first part of the question paper is of general aptitude which has around 15% of weightage.
Another important section of the paper involves Engineering Mathematics which also has approx. 15% of weightage.
The remaining 70% of weightage is from the subject-specific questions.
Questions with diagrams, graphs, and data were found.
The exam contained negative markings of 1/3rd and 2/3rd marks for every wrong answer of questions carrying 1 and 2 marks respectively.

GATE Previous Year Question Paper

GATE Agricultural Engineering (AG) previous year question papers will help in understanding the pattern of the GATE exam very clearly. It will assist candidates in their preparation in a better way.

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1.
The area of a rhombus whose vertices are (3, 0), (4, 5), (-1, 4) and (-2,-1) taken in order, is:

12 sq.units
24 sq.units

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2.
Write a balanced equation for the reaction of molecular nitrogen (N₂) and oxygen (O₂) to form dinitrogen pentoxide. $(f(x)=x^2)$

N₂ + O₂ → N₂O₅ (unbalanced equation)
2N₂ + 5O₂ → 2N₂O₅
option 3

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3.
The points (-1, –2), (1, 0), (-1, 2), (-3, 0) form a quadrilateral of type:

Square
Rectangle

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4.
For the reaction, $H_{2} + I_{2} {\rightleftharpoons} 2HI, K= 47.6.$ If the initial number of moles of each reactant and product is 1 mole then at equilibrium

$\left[I_{2}\right]=\left[H_{2}\right], \left[I_{2}\right] > \left[HI\right]$
$({\frac{x^3}{9}})$
$\left[I_{2}\right]>\left[H_{2}\right], \left[I_{2}\right] = \left[HI\right]$
$\omega\propto\,n^{\frac{1}{3}}$

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5.
M. Hamel is introduced as a ruler-wielding teacher. This demonstrates that:

he is adamant.
he is a hard taskmaster.

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6.
new

new one
new one two

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GATE 2015 Agricultural Engineering (AG) Question Papers with Answer Key PDFs (January 31- Forenoon Session)