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Exam Details

AIEEE 2011

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Questions 93
Duration 180 mins
Package IIT-JEE Main - Previous Year Papers

Paper pattern & analysis

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Showing all 93 questions in this paper.

Subject distribution

Mathematics
32 Qs
Chemistry
31 Qs
Physics
30 Qs

Topic distribution

Algebra
18 Qs
Mechanics
16 Qs
Inorganic Chemistry
12 Qs
Physical Chemistry
10 Qs
Calculus
10 Qs
Organic Chemistry
9 Qs
Electricity
7 Qs
Modern Physics
4 Qs
Coordinate Geometry
3 Qs
Optics
3 Qs
Trigonometry
1 Qs

Subtopic distribution

Heat And Thermodynamics
4 Qs
Aldehydes Ketones And Carboxylic Acids
4 Qs
P Block Elements
3 Qs
Vector Algebra
3 Qs
Rotational Motion
3 Qs
Chemical Bonding And Molecular Structure
3 Qs
Atoms And Nuclei
2 Qs
Probability
2 Qs
3D Geometry
2 Qs
Application Of Derivatives
2 Qs
Periodic Table And Periodicity
2 Qs
Properties Of Matter
2 Qs

Difficulty distribution

Medium 53 57%
Easy 38 40.9%
Hard 2 2.2%

Question type distribution

Multiple Choices 93 100%

Syllabus

Full Syllabus

Sample questions from this paper

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

1
2011 · Physics · Mechanics · Heat And Thermodynamics
AIEEE 2011
A Carnot engine operating between temperatures \({{T_1}}\) and \({{T_2}}\) has efficiency \({1 \over 6}\). When \({T_2}\) is lowered by \(62\) \(K\) its efficiency increases to \({1 \over 3}\). Then \({T_1}\) and \({T_2}\) are, respectively:
A
\(372\) \(K\) and \(330\) \(K\)
B
\(330\) \(K\) and \(268\) \(K\)
C
\(310\) \(K\) and \(248\) \(K\)
D
\(372\) \(K\) and \(310\) \(K\)
2
2011 · Chemistry · Physical Chemistry · Gaseous State
AIEEE 2011
'a’ and `b’ are van der Waals’ constants for gases. Chlorine is more easily liquefied than ethane because
A
a and b for Cl2 < a and b for C2H6
B
a and b for Cl2 > a and b for C2H6
C
a for Cl2 > a for C2H6 and b Cl2 < b for C2H6
D
a for Cl2 < a for C2H6 and b Cl2 > b for C2H6
3
2011 · Mathematics · Algebra · Binomial Theorem
AIEEE 2011
The coefficient of \({x^7}\) in the expansion of \({\left( {1 - x - {x^2} + {x^3}} \right)^6}\) is
A
\(-132\)
B
\(-144\)
C
\(132\)
D
\(144\)
4
2011 · Physics · Modern Physics · Atoms And Nuclei
AIEEE 2011
The half life of a radioactive substance is \(20\) minutes. The approximate time interval \(\left( {{t_2} - {t_1}} \right)\) between the time \({{t_2}}\) when \({2 \over 3}\) of it had decayed and time \({{t_1}}\) when \({1 \over 3}\) of it had decayed is :
A
\(14\) min
B
\(20\) min
C
\(28\) min
D
\(7\) min
5
2011 · Chemistry · Physical Chemistry · Solid State
AIEEE 2011
In a face centred cubic lattice, atom A occupies the corner positions and atom B occupies the face centre positions. If one atom of B is missing from one of the face centred points, the formula of the compound is :
A
AB2
B
A2B3
C
A2B5
D
A2B
6
2011 · Mathematics · Algebra · Probability
AIEEE 2011
Consider \(5\) independent Bernoulli's trials each with probability of success \(p.\) If the probability of at least one failure is greater than or equal to \({{31} \over 32},\) then \(p\) lies in the interval :
A
\(\left( {{3 \over 4},{{11} \over {12}}} \right]\)
B
\(\left[ {0,{1 \over 2}} \right]\)
C
\(\left( {{11 \over 12},1} \right]\)
D
\(\left( {{1 \over 2},{{3} \over {4}}} \right]\)