Differential Equations — CBSE Class 12 board PYQs
64 past board questions on Differential Equations, arranged like the paper itself — objective first, long answers last, newest year first in each section. Open any question for its complete solution.
Multiple Choice4 Qs
- If and , then is:CBSE 2023View solution →
- Degree of the differential equation is:CBSE 2023View solution →
- The integrating factor of the differential equation is:CBSE 2023View solution →
- The number of arbitrary constants in the particular solution of a differential equation of second order is (are):CBSE 2020View solution →
Very Short Answer10 Qs
- Find the order and degree (if defined) of the differential equationCBSE 2019View solution →
- Find the differential equation representing the family of curves , where is an arbitrary constant.CBSE 2019View solution →
- Find the differential equation representing the family of curves , where and are arbitrary constants.CBSE 2018View solution →
- Find the differential equation representing the family of curves , where and are arbitrary constants.CBSE 2015View solution →
- Find the integrating factor of the differential equation .CBSE 2015View solution →
- Write the degree of the differential equation .CBSE 2013View solution →
- What is the degree of the following differential equation?CBSE 2010View solution →
- Solve the following differential equation: .CBSE 2007View solution →
- Solve the following differential equation:CBSE 2006View solution →
- Form the differential equation representing the family of curves , where is an arbitrary constant.CBSE 2005View solution →
Short Answer2 Qs
Long Answer48 Qs
- Find the general solution of the differential equation:CBSE 2023View solution →
- Find the general solution of the differential equation:CBSE 2023View solution →
- Solve the following differential equation:CBSE 2022View solution →
- Find the general solution of the differential equation .CBSE 2022View solution →
- (a) Find the general solution of the differential equation
OR
(b) Find the particular solution of the differential equation , given that at .CBSE 2020View solution → - Find the general solution of the differential equation .CBSE 2019View solution →
- Find the differential equation of the family of curves , where and are arbitrary constants.CBSE 2019View solution →
- If , for some , prove that is a constant independent of and .CBSE 2019View solution →
- Solve the differential equation .CBSE 2019View solution →
- Solve the differential equation .CBSE 2019View solution →
- Find the particular solution of the differential equation , given that when .CBSE 2018View solution →
- Find the particular solution of the differential equation , given that when .CBSE 2018View solution →
- Prove that is the general solution of the differential equation , where is a parameter.CBSE 2017View solution →
- Solve the differential equation , given that when .CBSE 2017View solution →
- If , then prove that and hence show that .CBSE 2016View solution →
- Find the particular solution of the differential equation , given that when .CBSE 2016View solution →
- Find the particular solution of the differential equation
given that when .CBSE 2016View solution → - Find the particular solution of the differential equation , given that when .CBSE 2016View solution →
- Find the general solution of the following differential equation:CBSE 2016View solution →
- Solve the differential equation .CBSE 2015View solution →
- Find the particular solution of the differential equation , given that when .CBSE 2015View solution →
- Find the particular solution of the differential equation , given that when .CBSE 2014View solution →
- Solve the differential equation .CBSE 2014View solution →
- Solve the following differential equation:CBSE 2012View solution →
- (a) Find the particular solution of the following differential equation:
(b) Find the particular solution of the following differential equation: …CBSE 2012View solution → - Solve the following differential equation:CBSE 2011View solution →
- Form the differential equation of the family of parabolas having vertex at the origin and axis along the positive -axis.CBSE 2011View solution →
- Solve the following differential equation:CBSE 2011View solution →
- Solve the following differential equation:CBSE 2011View solution →
- Solve the following differential equation:CBSE 2011View solution →
- Solve the following differential equation:CBSE 2011View solution →
- Solve the following differential equation:CBSE 2011View solution →
- Find the particular solution of the differential equation satisfying the given condition:CBSE 2010View solution →
- Find the particular solution of the differential equation satisfying the given condition:CBSE 2010View solution →
- (a) Solve the following differential equation:
(b) Find the particular solution, satisfying the given condition, for the following differential equation: …CBSE 2009View solution → - Find the particular solution of the differential equation , given that when .CBSE 2009View solution →
- Solve the following differential equation:CBSE 2009View solution →
- Solve the following differential equation:CBSE 2009View solution →
- (a) Solve the following differential equation, given that when :
(b) Solve the following differential equation, given that when :CBSE 2008View solution → - Solve the following differential equation:CBSE 2008View solution →
- Form the differential equation of the family of curves , where and are constants.CBSE 2007View solution →
- Solve the following differential equation:CBSE 2007View solution →
- Form the differential equation representing the family of curves , where and are arbitrary constants.CBSE 2006View solution →
- Solve the following differential equation: .CBSE 2006View solution →
- Solve the following differential equation:CBSE 2006View solution →
- Solve the following differential equation:CBSE 2006View solution →
- Solve the following differential equation:CBSE 2005View solution →
- Solve the following differential equation:CBSE 2005View solution →