COMEDK UGET 2013 Question Paper(Available): Download Solution PDF with Answer Key PDF

COMEDK UGET 2013 Question Paper is available here for download. Consortium of Medical, Engineering and Dental Colleges of Karnataka (COMEDK) had conducted COMEDK UGET 2013 on May 12 from 9:00 AM to 12:00 PM. COMEDK UGET Question Paper consists of 60 MCQ-based questions in three subjects each: Physics, Chemistry and Mathematics. For each correct answer, +1 mark was awarded, there is no negative marking in COMEDK UGET Question Paper.

COMEDK UGET 2013 Question Paper with Answer Key PDF

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COMEDK UGET 2013 Exam Analysis

The level of difficulty of the COMEDK UGET 2013 exam can best be described as moderate. The overall test format required the knowledge and understanding of three subjects, Physics, Chemistry and Mathematics, with a balance of conceptual questions and numerical questions across each subject.

Physics: The Physics section was determined to be moderately challenging. Many of the questions targeted theoretical and numerical questions, covering Mechanics, Electromagnetism, and Optics. The more deeply the candidate knew the concepts of Physics, the greater success with the Physics portion of the test. A few inquiries were conceptually and theoretically deep, hence strength in those areas served these candidates particularly well.
Chemistry: The Chemistry section was considered slightly easier than the other two sections. The Chemistry section also examined Organic, Inorganic and Physical Chemistry concepts, and overall Organic Chemistry was the most prevalent area represented. In particular, the section consisted of reasonable organic chemistry questions that emphasized topics of General Organic Chemistry and reaction mechanisms.
Mathematics: The Mathematics section was defined as moderately difficult as well. The areas of focus included Calculus, Algebra and Coordinate Geometry. Within the section, some lengthy and complicated problems necessitated significantly strong mathematics problem-solving ability, thus making this section the most time-consuming.

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COMEDK UGET Questions

1.
A current of 3.0 A is passed through 750 ml of 0.45 M solution of CuSO₄ for 2 hours with a current efficiency of 90\%. If the volume of the solution is assumed to remain constant, what would be the final molarity of CuSO₄ solution?

0.296
0.4
0.237
0.316

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2.
A body of mass 5 kg at rest is rotated for 25 s with a constant moment of force 10 Nm. Find the work done if the moment of inertia of the body is 5 kg m$^2$.

625 J
125 J
6250 J
1250 J

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3.
A body is executing SHM. When its displacements from the mean position are 4 cm and 5 cm, it has velocity 10 cm/s and 8 cm/s respectively. Its periodic time $ t $ is

$ \frac{2\pi}{3} $ sec
$ 2\pi $ sec
$ \frac{3\pi}{2} $ sec
$ \pi $ sec

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4.
Two statements, Assertion and Reason are given. Choose the correct option from the following.
Assertion: In the secondary structure of RNA, double helix structure is formed.
Reason: In the double structure of RNA, two nucleic acid chains are wound about each other and held together by hydrogen bonds between pairs of bases.

ssertion is correct but Reason is incorrect.
Both Assertion and Reason are correct and Reason is the correct explanation for Assertion.
Assertion is incorrect but Reason is correct.
Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion.

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5.
At 700 K, the Equilibrium constant value for the formation of HI from $ H_2 $ and $ I_2 $ is 49.0. 0.7 mole of HI(g) is present at equilibrium. What will be the concentrations of $ H_2 $ and $ I_2 $ gases if we initially started with HI(g) and allowed the reaction to reach equilibrium at the same temperature?

0.1195
0.3442
0.4692
0.521

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6.
An inorganic compound W undergoes the following reactions: $ W + \text{Na}_2\text{CO}_3 \xrightarrow{\text{O}_2 / \text{heat}} X + H^+ \xrightarrow{} Y(s) $ $ Y(aq) + \text{KCl} (aq) \xrightarrow{} Z(s) $ Z appears in the form of orange crystals and is used as an oxidising agent in acid medium. Identify the compound W.

$\text{K}_2\text{Cr}_2\text{O}_4$
$\text{FeCr}_2\text{O}_4$
$\text{Cu}(\text{Cr}_2\text{O}_4)_2$
$\text{Na}_2\text{Cr}_2\text{O}_7$

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COMEDK UGET 2013 Question Paper(Available): Download Solution PDF with Answer Key PDF

COMEDK UGET 2013 Question Paper with Answer Key PDF

COMEDK UGET 2013 Exam Analysis

COMEDK UGET Questions

1.
A current of 3.0 A is passed through 750 ml of 0.45 M solution of CuSO₄ for 2 hours with a current efficiency of 90\%. If the volume of the solution is assumed to remain constant, what would be the final molarity of CuSO₄ solution?

2.
A body of mass 5 kg at rest is rotated for 25 s with a constant moment of force 10 Nm. Find the work done if the moment of inertia of the body is 5 kg m$^2$.

3.
A body is executing SHM. When its displacements from the mean position are 4 cm and 5 cm, it has velocity 10 cm/s and 8 cm/s respectively. Its periodic time $ t $ is

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COMEDK UGET 2013 Question Paper with Answer Key PDF

COMEDK UGET 2013 Exam Analysis

COMEDK UGET Questions

1.A current of 3.0 A is passed through 750 ml of 0.45 M solution of CuSO₄ for 2 hours with a current efficiency of 90\%. If the volume of the solution is assumed to remain constant, what would be the final molarity of CuSO₄ solution?

2.A body of mass 5 kg at rest is rotated for 25 s with a constant moment of force 10 Nm. Find the work done if the moment of inertia of the body is 5 kg m$^2$.

3.A body is executing SHM. When its displacements from the mean position are 4 cm and 5 cm, it has velocity 10 cm/s and 8 cm/s respectively. Its periodic time $ t $ is

Comments

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1.
A current of 3.0 A is passed through 750 ml of 0.45 M solution of CuSO₄ for 2 hours with a current efficiency of 90\%. If the volume of the solution is assumed to remain constant, what would be the final molarity of CuSO₄ solution?

2.
A body of mass 5 kg at rest is rotated for 25 s with a constant moment of force 10 Nm. Find the work done if the moment of inertia of the body is 5 kg m$^2$.

3.
A body is executing SHM. When its displacements from the mean position are 4 cm and 5 cm, it has velocity 10 cm/s and 8 cm/s respectively. Its periodic time $ t $ is