PDE - Lagranges Method (Part-1) | General solution of quasi-linear PDE

Use invite code - NEW25 while registering on app and get 25 free coins (limited period offer). Use these coins while unlocking paper/app.
______________________________________________________
______________________________________________________

Playlists –

[vanshikasinghal]

To all those who are saying that he "should have spoken in Hindi only", guys please be thoughtful of the fact that he's trying and he's doing really well. Also negative comments dene se pehle socha karo. There's a difference between "feedback hi toh de rhe" and constructive criticism.

[nwachukwuifeoma-exxs]

Thank you so much for this video. It was extremely helpful.

[busracalsr]

i cannot solve the question. can u help me please?


Given the linear equation: Ux-Uy=0 with the initial conditions: x(0, s)=0, y(0, s)=s, u(0, s)=g(s) where g(s) is an arbitrary differentiable function.
a) Write the Characterist equations: a(x, y, u)Ux+b(x, y, u)Uy=c(x, y, u)
dx = a(x, y, u) (1) dy = b(x, y, u) (2) du = c(x, y, u) (3)
dt dt dt

b) Integrate equations (1-2), use the initial conditions and determine x and y interms of the parameters t and s, then inverting these, write t and s interms of x and y.
c) Integrate equations (3), use the initial conditions and determine u interms of t and s and then write u interms of x and y:u(x, y)

[gigispence]

you made this so clear! Thank you so much

[razuakzuak]

Thank you smuch sir..
Such detail explanation...

[vysekob]

Sir, you explain everything in details, but sometimes too don’ t have to explain the same thing again and

[josephsabu]

Can you show the proof of the general equation?

[cdchannel]

sir where is the proof of this theorem

[gautomdeka]

How to find the auxiliary eqn, I mean I needed the derivation to find the auxiliary eqn

[hammadchvloag]

2nd order quasi linear question upload krdy plz

[mameaba]

i cannot solve the question. can u help me please?

[debbabu]

Sir please continue the theory of real function playlist. I am eagerly waiting for this. Please sir

[subhanali]

Solve the PDE
x(u-2y)p=(u-q)(u-y-2x^2)?

[_chiraggupta]

Sir pde ka syllabus kab tak pura daalo ge

[hizbullahkhan]

Sir g, there is no vidoe on formation of pde in playlist

[harshitchoudhary]

Sir aisi tooti phooti English se to achaa h ki Hindi me padhado achaa flow me samaj aayega

[frontseat]

You should have better spoken in Hindi instead of talking in battered English. It's really irritating to read like this.