4. Formation of PDE by Elimination of Arbitrary Functions | Problem#3 | Complete Concept | PDE

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Topics covered under playlist of Partial Differential Equation: Formation of Partial Differential Equation, Solution of Partial Differential Equation by Direct Integration Method, Linear Equation of First Order, Homogeneous Linear Equation with Constant Coefficients, Non-Homogeneous Linear Equations, Method of Separation of Variables.

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SIR, Voice is fluctuating . Apart from this, great teaching !

mridushmanthengal

Awesome sir, you are constantly working hard to bring us great lectures, thank you sir

farzee

please improve the audio quality Sir, then it will be a 100% perfect

thetravellingengineer

Passed my first sem because of u, scored good marks in sem 2, third sem had discrete theory and now I have high hopes with maths 4.thanku so much❤❤

Anjaligupta-rulm

Sir, you're teaching is awesome, i really get my concept clear .
What i feel irritating is your low voice, sometimes i cannot hear your words
I mean if u use a headphone as a mic then wear it over head, why is it hanging unnecessarily 🙄

kumarabhishek

Thank you much sir. We have started partial differential equation as a new subject where we are working on the topic of elimination of arbitrary variables and function. Your video is really helpful.

haseebaashraf

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Only class no bakwass❤️❤️👌👌

mandipgujjaryt

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suryasainivedithasurya

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mohdriyaz

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shambhavigupta

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angshumanpalchowdhury

Sir great quality of teaching but please improve audio quality

NITanABHI

Thank you so much for such amazing lectures....from where can I get this pdf, Sir??

Mona

sign language is requried to understand these videos..

itachiuchiha

Form the pde for thr equation ( x-a)² + (y-b)² + (z-c)²= d²

ChandanKumar-weol

Pde by eliminating arbitrary function z=(x-y).f(x+y)

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