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Content Curator | Updated On - Jul 8, 2024
WBJEE 2022 Question Papers are provided here. The exam was conducted in offline mode. The question paper of WBJEE is divided into Paper 1 and Paper 2. Paper 1 is conducted for Mathematics subject and Paper 2 is conducted for Physics and Chemistry subject.
WBJEE 2022 Mathematics (Paper 1) Question Paper
Set Code | Question Paper |
---|---|
Set A | Check Here |
Set B | To be updated |
Set C | Check Here |
Set D | To be updated |
WBJEE 2022 Physics & Chemistry (Paper 2) Question Paper
Set Code | Question Paper |
---|---|
Set A | Check Here |
Set B | To be updated |
Set C | Check Here |
Set D | To be updated |
WBJEE 2022 Questions
1. The function \(y=e^{kr}\) satisfies \((\frac{d^2y}{dx^2}+\frac{dy}{dx})(\frac{dy}{dx}-y)=y\frac{dy}{dx}\). It is valid for
The function \(y=e^{kr}\) satisfies \((\frac{d^2y}{dx^2}+\frac{dy}{dx})(\frac{dy}{dx}-y)=y\frac{dy}{dx}\). It is valid for
- exactly one value of k
- two distinct values of k
- three distinct values of k
- infinitely many values of k
2. If 4a2+9b2-c2+12ab=0, then the family of straight lines ax+by+c=0 is concurrent at
If 4a2+9b2-c2+12ab=0, then the family of straight lines ax+by+c=0 is concurrent at
- (2,3)or(-2,-3)
- (-2,3)or(2,-3)
- (3,2)or(-3,2)
- (-3,2)or(2,3)
3. The value of 'a' for which the scaler triple product formed by the vectors \(\vec\alpha=\hat{i}+a\hat{j}+\hat{k}\), \(\vec{\beta}=\hat{j}+a\hat{k}\) and \(\vec{\gamma}=a\hat{i}+\hat{k}\) is maximum, is
The value of 'a' for which the scaler triple product formed by the vectors \(\vec\alpha=\hat{i}+a\hat{j}+\hat{k}\), \(\vec{\beta}=\hat{j}+a\hat{k}\) and \(\vec{\gamma}=a\hat{i}+\hat{k}\) is maximum, is
- 3
- -3
- \(\frac{1}{\sqrt3}\)
- \(-\frac{1}{\sqrt3}\)
4. An electric dipole of dipole moment p is placed at the origin of the coordinate system along the z-axis. The amount of work required to move a charge 'q' from the point (a,0,0) to the point (0,0,a) is
An electric dipole of dipole moment p is placed at the origin of the coordinate system along the z-axis. The amount of work required to move a charge 'q' from the point (a,0,0) to the point (0,0,a) is
- \(\frac{pq}{4\pi\epsilon_0a}\)
- 0
- \(-\frac{pq}{4\pi\epsilon_0a^2}\)
- \(\frac{pq}{4\pi\epsilon_0a^2}\)
5. A train is moving along the tracks at a constant speed u. A girl on the train throws a ball of mass m straight ahead along the direction of motion of the train with speed v with respect to herself. Then,
A train is moving along the tracks at a constant speed u. A girl on the train throws a ball of mass m straight ahead along the direction of motion of the train with speed v with respect to herself. Then,
*The article might have information for the previous academic years, which will be updated soon subject to the notification issued by the University/College.
Practice Papers
2021
WBJEE 2021 Phy Chem I
2021
WBJEE 2021 Phy Chem II
2021
WBJEE 2021 Maths I
2021
WBJEE 2021 Maths II
2020
WBJEE 2020 - Mathematics.pdf
2020
WBJEE 2020 - Physics & Chemistry.pdf
2020
WBJEE 2020 Phys & Chem
2020
WbJEE 2020 Maths
2019
WBJEE 2019 - Physics & Chemistry.pdf
2019
WBJEE 2019 - Mathematics.pdf
2018
WBJEE 2018 - Physics & Chemistry.pdf
2018
WBJEE 2018 - Mathematics.pdf
2017
WBJEE 2017 - Physics & Chemistry.pdf
2017
WBJEE 2017 - Mathematics.pdf
2016
WBJEE 2016 - Physics & Chemistry.pdf
2016
WBJEE 2016 - Mathematics.pdf
2015
WBJEE 2015 - Physics & Chemistry.pdf
2015
WBJEE 2015 - Mathematics.pdf
2014
WBJEE 2014 Chemistry
2014
WBJEE 2014 Physics
2014
WBJEE 2014 Maths
2013
WBJEE 2013 CHEMISTRY
2013
WBJEE 2013 PHYSICS
2013
WBJEE 2013 Maths
2012
WBJEE 2012 PHY & CHEM
2012
WBJEE 2012 PHY & CHEM DTQ
2012
WBJEE 2012 Maths
2011
WBJEE 2011 Maths MCQ
2011
WBJEE 2011 PHY & CHEM
2011
WBJEE 2011 Maths Descriptive
2010
WBJEE 2010 Maths Descriptive
2010
WBJEE 2010 PHY & CHEM
2010
WBJEE 2010 PHY & CHEM Descriptive
2010
WBJEE 2010 Maths
2009
WBJEE 2009 Maths
2009
WBJEE 2009 PHY & CHEM
2008
WBJEE 2008 PHY & CHEM
2008
WBJEE 2008 Maths
2007
WBJEE 2007 Maths
2007
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