Form PDE from Φ(x+y+z, x²+y²-z²)= 0 | Formation of P.D.E. by eliminating arbitrary functions

Показать описание

I hope u enjoyed the video and learnt something. Do share your queries, doubts, suggestions and other things in the comments section.
Also, check similar videos on my channel or ask for the same if you can't find it.
If you find any error in the question, solution, concept or in the explanation do mention that out in comments as well.
Here's a list of my popular Playlists↓
Engineering Mathematics ↓↓

Previous Year Questions Examwise:

Thanks.
Happy Learning!

RK Eduworld (Classic)

Рекомендации по теме

Комментарии

I'm student of msc 2nd sem and your videos are helping me alot with the concepts understanding. Thankyou sir for your valuable time and easy explanations 🙏🏻

glimpseartsy

Thanks so much for your understandable explanations 🙏🙏🙏

bethelakida

obtain Partial Differential equation by eliminating arbitrary constants f(x+yz, x^2+y^2-z^2)=0
2z = x^2/a^2 + y^2/b^2

PAVANKUMAR-wpn

If u=f(x²+y²+z², z² -2xy) solve the question please

PrinceKumar-llzo

Bro put the camera in one place don't move the camera

CheerfulCoffee-ldec

Sir nice explanation but camera kuch jyada move ho Raha tha

mukeshpatidar

please recommend me a book on differential equations

lisa_mo

You should differentiate z wrt x amd y

sanatanadharma

Here you can't take z as constant

sanatanadharma

Sir, do we need to go for partially differentiation w.r.t. z also?

Magic

Form PDE from Φ(x+y+z, x²+y²-z²)= 0 | Formation of P.D.E. by eliminating arbitrary functions

Form PDE from Φ(x+y+z, x²+y²-z²)= 0 | Formation of P.D.E. by eliminating arbitrary functions

Form a Partial differential Equation by eliminating f from f(x+y+z, x^2+ y^2 - z^2 )=0

Form Partial Differential Equation from x+y+z= f(x²+y²+z²) | Elimination of arbitrary functions

Formation of PDE| Elimination of arbitrary function problem set 2|Partial differential equations

Formation of PDE | Elimination of Arbitrary Function | Questions

Formation of Partial Differential Equations #3 in Hindi (M.Imp.) I Eliminating Arbitrary Functions

6. Formation of PDE | Problem#5 | Most Important | Complete Concept

Partial Differential Equation – Formation by Elimination of Arbitrary Functions | f(u,v) = 0 | Form3...

FORMATION OF PDE PROBLEM 4

18MAT21_Module -3 #LCT 04 {PDE by eliminating function 1)z=y^2+2f(1/x+logy) 2) xyz=f(x+y+z) }

#5 || Problem#1|| PDE by eliminating the arbitrary function of the equation. 𝒛=(𝒙+𝒚)∅(𝒙^𝟐−𝒚^𝟐) ||...

solve f ( x^2 + y^2 , z - xy ) = 0 / exercise problem / solving method

Partial differential equations|Formation of partial differential equations|part 6|#barunmaths

#4 || Problem#3 || PDE || Eliminating the arbitrary constant || 𝒙^𝟐/𝒂^𝟐 +𝒚^𝟐/𝒃^𝟐 +𝒛^𝟐/𝒄^𝟐 =𝟏 ||...

LCT 08 @18MAT21_Module 3 # Formation of PDE from f(x^2+y^2+z^2 , lx+my+nz) =0

Formulation of P.D.E by eliminating the constants in x²+y²+(z-c)²=a².

Formation of PDE by Eliminating Arbitrary Functions | Formation of Partial Differential Equations

03.Form PDE by Eliminating Arbitrary Function || f(x+y+z,x^2+y^2+z^2)=0 || Engineering Mathematics

Example problem on partial Differential equations By Eliminating arbitrary functions

Formation of Partial Differential Equation by elimination of arbitrary constants # Problem in Tamil

Solve: Z= e^my Φ(x-y) | Formation of PDE by eliminating arbitrary functions.

Differential equation of all spheres whose center lies on the z-axis and fixed radius 'r'

How to Solve Formation of PDE by Eliminating Arbitrary Function In Tamil l TPDE l Most Important

Formation of PDE by eliminating arbitrary constants in 2Z= x²/a² + y²/b²