Rules for finding particular integral case 1 in differential equations | finding cf and pi in ODE #1

Welcome to this video "Rules for finding particular integral case 1 in differential equations | finding cf and pi in ODE #1| RGPV M2"
In this video " Rules for finding particular integral case 1 in differential equations | finding cf and pi in ODE #1| RGPV M2" you will find the introduction of linear higher-order differential equations with constant coefficients and rules for finding particular integral PI.
In this series of videos you will step by step explanation of each and every topic of your need, After watching these videos you will be confident in solving related questions on your own.

Module 1:Ordinary Differential Equations I: Differential Equations of First Order and First Degree (Leibnitz linear, Bernoulli’s, Exact), Differential Equations of First Order and Higher Degree (non-linear equations solvable for p,y,x and Clairaut's form), Higher-order differential equations with constants coefficients, Cauchy Homogeneous Linear Differential equations, Simultaneous Differential Equations.

If you think that my videos add a little bit of value to your life, please subscribe to my channel, It really motivates me. Please like, share, and comment. Your one share can help many students to excel in the examination and their career path. I really appreciate it. Thanks for visiting my channel and learning with me.
Please subscribe here :

Visit my webpage at :

Scientific Calculator Tutorial (fx-991MS)

This video can be useful for students of B.Sc, B.Tech., BBA, B.Com., B.Pharma, B.Tech, Diploma, class12th, etc.

To watch all the videos on ODE, click on the link:

All videos of Mathematics 2

In this video, "Rules for finding particular integral case 1 in differential equations | finding cf and pi in ODE #1| RGPV M2" you will find,

00:00 Introduction
#particularintegral
#PI
#rulesforfindingPI
#CFandPI
#ComplementaryFunction
#CF
#roots
#cases
#rules
#case1
#DifferentialEquation
#ParticularIntegral
#GATE
#JAM
#ODEs
#OrdinaryDifferentialEquations
#ODE
#rgpv
#RGPV
#rgpvexam2021
#mathematics2
#DifferentialEquation
#ordinarydifferentialequations
#LDE
#DE
#differentialequations
#rgpvbhopal
#rgpvmathematics2
#ODE
#LDE
#ExactDE
#CauchyLinearEquations
#VariableSeparbleForm
#rgpvmathematics2
#rgpv
#order
#degree
#rgpvmcq
#rgpvmcqm2
#mathematics2
#aktu
#vtu
#vtumathematicinportantquestions
#IIT_JAM
Rules for finding particular integral case 1 in differential equations | finding cf and pi in ODE #1| RGPV M2
complete solution of differential equation
engineering mathematics
bsc maths
msc maths
csir net maths
iit jam maths
gate maths
differential equation
engineering maths
btech maths
upsc maths
ordinary differential equations
ordinary differential equations of higher order and first degree
differential equations roots,
differential equation particular integral,
roots of differential equation,
particular integral case 1,
particular integrals of differential equation case 1,
how to find particular integral case 1,
how to find particular integrals case 1 in differential equations,
how to find differential equations cf and pi in differential equation case 1,
Differential Equation, Linear Differential Equation of Higher-Order With Constant Coefficient, Complementary Function, Particular Integral, Engineering Mathematics, higher order differential equations, particular integral case 1, linear differential equations of higher order, higher order linear differential equations with constant coefficients, higher order linear differential equations cf and pi based problems, higher order homogeneous linear differential equation,
how to find particular integral of differential equation, rules for finding particular integral in some special cases,
rules for finding the particular integral case 1
how to find particular integral case 1 of second order differential equation,
how to find particular integral and complementary function,
how to find the particular integral of a differential equation,
how to find out particular integral,
how to find particular integral of linear differential equation,
how to find particular integral of nonhomogeneous differential equation particular integral of differential equation case 1
particular integral questions and answers
particular integral formula
particular integral cases
particular integral case 1 formula
particular integral case 1 of a differential equation
particular integral formula PI case 1
particular integral case 1 for differential equation
particular integral methods case 1
particular integral of nonhomogeneous differential equation
particular integral rules case 1
PI rules case 1
Dr. Padma Joshi