Differential Equation | Higher Order Differential Equations - Particular Integral | By GP Sir

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This video lecture on Differential Equation | Higher Order Differential Equations - Particular Integral | By GP Sir | Problems & Concepts by GP Sir will help Engineering and Basic Science students to understand the following topic of Mathematics:

1. What is Higher-Order Differential Equations
2. What is the Particular Integral Of e^ax Of ODE
3. Example Of Particular Integral Of ODE
4. This is helpful For CSIR NET, IIT-JAM, GATE Exams.
5. This is Part Of the Differential Equation.

#DifferentialEquation #HigherOrderODE #ParticularIntegral #HigherDegree #ShortTrick #EngineeringMahemaics #BSCMaths #GATE #IITJAM #CSIRNET

This Concept is very important in Engineering & Basic Science Students. This video is very useful for B.Sc./B.Tech & M.Sc./M.Tech. students also preparing for NET, GATE, and IIT-JAM Aspirants.
Find Online Solutions Of Differential Equation | Higher Order Differential Equations - Particular Integral | By GP Sir (Gajendra Purohit)Do Like & Share this Video with your Friends. If you are watching for the first time then Subscribe to our Channel and stay updated for more videos around Mathematics

Time Stamp
0:00 - An introduction
1:03 - Working rule of particular integral for e^ax
3:16 - Example1. Based on particular integral for constant
4:26 - Example2. Based on particular integral for e^ax
5:13 - Example3. Based on particular integral for e^ax
9:07 - Example4. Based on particular integral for e^ax
9:54 - Example5. Based on particular integral for e^ax
12:59 - Q1. answer asked in Comment box based on particular integral for e^ax
13:24 - Detailed about old videos

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Dr.Gajendra Purohit

[kanik]

Option A
time: 8 secs
Thank you sir for clearing all my doubts with this chapter

[Badsha]

Option A, time taken 5 sec
Thank you Sir 🙏

[Rakeshkumar-jfty]

Option A is correct.. Thank you so much sir 🙏 🙏 🙏

[rlxstrombgmi]

Option - A SIR
Time - 8 sec
Thank u so much sir

[anshitasingh]

Option A
Time: 18 sec
Thank you sir.🙇

[kathakleman]

sir aap jaise fast forward mai padate hai muhje ese hi padna pasad hai and this videos are very helpfull for me thank you so much sir and this is my first comment on yt

[theaimwinsbr]

Thank you soo much sir, GOD BLESS YOU, your videos helps us too much in our Student life, keep going Respected SIR💖💖💖💞💞💝💝💝💝👍.

[sumitadas]

Sir can you help me? My son is colour blind.He joined BTEC mechanical this year.Can he Persue Mtech in IIT after BTEC ? or can he Persue for IIT jam if he will take BSC physics honours otherthan BTEC Mechanical?

[sonakshibisht]

sir is it necessary to find cf when questioner asked about pi only?

[Letscodelife]

Sir thoda slow padhaiya plz
You are awesome

[computer__sci]

A 10second thanku sir daily watching your one video in morning is very helpful

[albertein]

I think there is a problem where ser finds the roots of the equation at 6.20 . Because there is no need for a fourth root.

[nandanikharwar]

Sir option A aa raha hai. ..🎉😊thanks sir😊

[SATYAMJANA-xdcv]

Sir again A is correct answer like the previous one.❤❤❤

[sachin-]

Option a is correct answer thanku so much sir 🙏🙏

[Vinay-pqcm]

Sir question number 3 mein 4 roots thi, ek + - vaali. and u considered only one of them. If you can help me with this.
And your content is ausem sir.

[AdityaChauhan-jzow]

Thank you so much sir, aapne bhaut easy and aasan tarike se topic clear karwa diya❤

[Asad]

Option A
Just 6 sec
Thank you so much 💗 sir

[upscexambharat]

Option a is correct absolutely right 40sec only

[ABHISHEKTOMAR-iq]

option A is the correct option aur sir e^4x ka differentiation to 4e^4x hoga na lekin aapne to xe^4x likh rakha hai bataiye