COMEDK UGET 2022 Question Paper: Download Question Paper PDFs

COMEDK UGET 2022 question papers are available. The question paper comprised 60 questions from each section - Physics, Chemistry, and Mathematics. Candidates will be given 3 hours to solve the question papers. The overall difficulty of shift 1 question paper was rated easy to moderate and shift 2 question paper was rated moderate to difficult.

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COMEDK UGET 2022 Question Paper (Memory-Based)

Shift	Questions
Shift 1	Order of stability - O2^-2, O2^+1 Configuration of elements was given and students were asked to find out the order of ionization energy. Chemical bonding topic Which of the following makes the naturalrubber configuration Two charged spheres of -20mu C and 60 mu C are kept at a distance. They are touched and again kept at the same distance. What is the ratio of force experienced before and after? There are 2 containers c1 and c2 . Gas in C1 is reduced to 1/2 of its original volume adiabatically. in container C2 volume is reduced to 1/2 of the initial volume isothermally. Find the ratio of the final pressure if (gama) is the adiabatic constant What is the charge of electrons? Silicon is not used as LED REASON
Shift 2	Ideal Carnot engine suitable temperature of sink and source Which is used in MRI? Physics and Chemistry are fully theoretical If glucose is treated with bromine water the product obtained is? Bond order and a formal charge of po4^-3 Does boron have a diagonal relationship with? A car is moving with a speed of 54km/hr after 3 sec driver applied the brake then how much distance is covered by the car before coming to rest? Which of the following is a condensed polymer - Pvc, Rubber, Teflon? A prism has a refractive index sqrt. (12)/ 3 and alight had an incidence on it perpendicularly find the angle of refraction. A.) 60° 1/(i^6) - 1/ (i^7) = ? . A.) -1-i

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COMEDK UGET 2022 Questions

1.
A solid cylinder of mass 2 kg and radius 0.2 m is rotating about its own axis without friction with angular velocity 5 rad/s. A particle of mass 1 kg moving with a velocity of 5 m/s strikes the cylinder and sticks to it as shown in figure.

The angular velocity of the system after the particle sticks to it will be:

15.0 rad/s
12.0 rad/s
10.0 rad/s
30.0 rad/s

View Solution

2.
In a given semiconductor, the ratio of the number density of electron to number density of hole is 2 : 1. If $ \frac{1}{7} $th of the total current is due to the hole and the remaining is due to the electrons, the ratio of the drift velocity of holes to the drift velocity of electrons is :

$ \frac{2}{3} $
$ \frac{1}{3} $
$ \frac{3}{2} $
$ \frac{1}{7} $

View Solution

3.
A transformer which steps down 330 V to 33 V is to operate a device having impedance 110 $\Omega$. The current drawn by the primary coil of the transformer is:

0.3 A
0.03 A
3 A
1.5 A

View Solution

4.
In the Young's double slit experiment, the 2nd bright fringe for red light coincides with the 3rd bright fringe for violet light. Then the value of 'n' is: (Given: wavelength of red light = 6300 $\text{Å}$ and wavelength of violet light = 4200 $\text{Å}$)

View Solution

5.
If 216 drops of the same size are charged at 200 V each and they combine to form a bigger drop, the potential of the bigger drop will be

2400 V
7200 V
1200 V
8200 V

View Solution

COMEDK UGET 2022 Question Paper: Download Question Papers PDFs

COMEDK UGET 2022 Question Paper (Memory-Based)

COMEDK UGET 2022 Questions

2.
In a given semiconductor, the ratio of the number density of electron to number density of hole is 2 : 1. If $ \frac{1}{7} $th of the total current is due to the hole and the remaining is due to the electrons, the ratio of the drift velocity of holes to the drift velocity of electrons is :

3.
A transformer which steps down 330 V to 33 V is to operate a device having impedance 110 $\Omega$. The current drawn by the primary coil of the transformer is:

4.
In the Young's double slit experiment, the 2nd bright fringe for red light coincides with the 3rd bright fringe for violet light. Then the value of 'n' is: (Given: wavelength of red light = 6300 $\text{Å}$ and wavelength of violet light = 4200 $\text{Å}$)

5.
If 216 drops of the same size are charged at 200 V each and they combine to form a bigger drop, the potential of the bigger drop will be

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COMEDK UGET 2022 Question Paper (Memory-Based)

COMEDK UGET 2022 Questions

2.In a given semiconductor, the ratio of the number density of electron to number density of hole is 2 : 1. If $ \frac{1}{7} $th of the total current is due to the hole and the remaining is due to the electrons, the ratio of the drift velocity of holes to the drift velocity of electrons is :

3.A transformer which steps down 330 V to 33 V is to operate a device having impedance 110 $\Omega$. The current drawn by the primary coil of the transformer is:

4.In the Young's double slit experiment, the 2nd bright fringe for red light coincides with the 3rd bright fringe for violet light. Then the value of 'n' is: (Given: wavelength of red light = 6300 $\text{Å}$ and wavelength of violet light = 4200 $\text{Å}$)

5.If 216 drops of the same size are charged at 200 V each and they combine to form a bigger drop, the potential of the bigger drop will be

Previous Year COMEDK UGET Questions

Fees Structure

Comments

SUBSCRIBE TO OUR NEWS LETTER

2.
In a given semiconductor, the ratio of the number density of electron to number density of hole is 2 : 1. If $ \frac{1}{7} $th of the total current is due to the hole and the remaining is due to the electrons, the ratio of the drift velocity of holes to the drift velocity of electrons is :

3.
A transformer which steps down 330 V to 33 V is to operate a device having impedance 110 $\Omega$. The current drawn by the primary coil of the transformer is:

4.
In the Young's double slit experiment, the 2nd bright fringe for red light coincides with the 3rd bright fringe for violet light. Then the value of 'n' is: (Given: wavelength of red light = 6300 $\text{Å}$ and wavelength of violet light = 4200 $\text{Å}$)

5.
If 216 drops of the same size are charged at 200 V each and they combine to form a bigger drop, the potential of the bigger drop will be