Partial Differential Equation | Homogeneous PDE | CF & PI | Part-III

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This video lecture of Partial Differential Equation | Homogeneous PDE | CF & PI | Part -III | Problems & Concepts by GP Sir will help Engineering and Basic Science students to understand following topic of Mathematics:
1. What is Homogeneous Partial Differential Equation with Constant Coefficient ?
2. What is auxiliary equation and How to find Complementary Function & Particular Integral?
3. How to Find Complementary Function & Particular Integral of Homogeneous Partial Differential Equation with Constant Coefficient ?
4. Rules of Finding PI of f(ax+by)
5. Example Based on CF & PI of Homogeneous Partial Differential Equation with Constant Coefficient to Finding CF
#PartialDifferentialEquation #HomogeneousPDE #CF&PI
#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 students also preparing NET, GATE and IIT-JAM Aspirants.
Find Online Engineering Math 2019 Online Solutions Of Partial Differential Equation | Homogeneous PDE | CF & PI | Part-III | Problems & Concepts by GP Sir (Gajendra Purohit)
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Time Stamp
0:00 - An introduction
0:54 - Exception case when f(a, b) = 0
1:46 - Q1.
4:11 - Q2.
5:53 - Q3.
9:03 - Q4.
12:01 - Q5.
13:30 - Conclusion of video
14:12 - Detailed about old videos

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Dr.Gajendra Purohit

[preritgoyal]

Sir, formula me power me jo 'n' lagta h wo diff. Eqn. ke order se nahi but linear factor jo zero de, ki multiplicity ke according lagta h.

Jo linear factor zero nahi dete, unhe alag se solve krte h, aur zero dene walo par hi formula lagta h...

First two questions me factors same the, aur dono zero de rhe the.
But in other questions, you have solved non zero giving linear factors separately and then applied the formula.

I think you need to edit video.

I appreciate your efforts 👍👍

[shivampandey]

sir aap jo kaam kar rahe hai usse aapko jitni duwaye mill rahi hai appk kalpana nahi kar sakte mai khush hu app k karan mera aane waala maths ka exam acha jayega aapke liye dill se respect hai sir thankyou so much for such quality content.. and yes i am definately sharing this channel :-)
Reply

[anaeathullah]

Why didn’t you do the solution of 4sin(2x+y) by denominating 0 system?

[AnilTutorials]

Dear sir,
Very nice explanation by you.... Please note in your formula 'n' denotes power of f(D, D').
Means in questions you use x^n / n! (b^n) n as order but when we apply in questions it's give wrong answer...

Your formula is absolutely correct but in the last line of every question apply is wrong.

[Dforce]

A big thankyou sir for your videos. you cover things very comprehensively in short time🤌🙏

[manjunaik]

1/V should integrated twice according to ur previous video-2 sir... But you did it only once in last but one problem sir...

[Niteshupsc]

Sir better if we’ll keep in factors form from beginning itself to check whether anyone becoming 0 to apply integration or xn method. Sir your videos are really much helpful thanks a lot much appreciable

[soniaverma]

I fallow all ur videos...Sir it's really helpful for us ... Great work ..Keep going sir.. 👍👍

[PoojaGupta-wzqw]

Thanku sir apki study meteral bhout jada mst h❤

[anuj_m]

Thank you sir for clearing our doubts ☺️

[hemendrasinghtanwar]

Sir last question me bina factor kare bhi direct formula se kar sakte hai kya?
Agar ha to answer PI different aa rha h.
Please reply.
Thanks for your great work.

[kirtitushir]

At 7:37 why didn't we directly used formula for PI instead of making it 2nd order equation??

[tasmiyachaman]

Sir 10:34 pe factorise kyu kr rhe normal purane wale formula kyu nhj use kr skte?

[kaushalKumar-ifix]

Your video is very helpful for students.. Thanks sir

[mdtausiffkhan]

Sir one request...plz cover Statics and Dynamics portion of UPSC!!

[harshitkumar]

Last question me Bina denominator common liye questions solve kr skte h sir to same answer ayega n

[srijitaghoshal]

Sir I always like your teaching but in this video I have confusion regarding when to factorise and when to directly use the formula

[Rakeshkumar-jfty]

Very nice sir.. Thank you so much sir 🙏 🙏 🙏

[AkhileshKumar-iqnk]

Sir apke teaching style ka jabab dene ke liye mere dictionary me koi aesha word hi nahi hai

[superboys]

Sir I think this formula is only applicable for whole power that's why we make factors in other questions where whole power is not come