Advanced calculus & numerical methods PDE eliminating arbitrary constant example(PART-1)

In this video explaining one problem of PDE. Eliminating arbitrary constant. This method is very easy. When solving partial differential equations (PDEs) we often end up with solutions that contain arbitrary constants. These constants can be thought of as placeholders for unknown values that need to be determined based on additional information or boundary conditions.

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18MAT21 MODULE 1:Vector Calculus

18MAT21 MODULE 2:Differential Equation higher order

18MAT21 MODULE 3: Partial differential equations

18MAT21 MODULE 4: Infiinite series & Power series solution

18MAT21 MODULE 5: Numerical methods

18MAT11 Module1: Differential Calculus1

18MAT11 Module2: differential Calculus2

18MAT11 Module4: Ordinary differential equations

Linear Algebra: 18MAT11 MODULE 5

LAPLACE TRANSFORM : 18MAT31

Fourier Transforms Z-transform : 18MAT31 & 17MAT31

Fourier Series: 18MAT31 & 17MAT31

Calculus of Variation & Numerical Methods 18MAT31

Numerical Methods ODE's: 18MAT31 & 17MAT41

Joint Probability & Sampling Theory: 18MAT41 & 17MAT41

Probability Distributions: 18MAT41 & 17MAT41

Calculus of Complex Functions: 18MAT41 & 17MAT41

Curve fitting & Statistical Method 18MAT41 17MAT31

[MechanicalEI]

Sir, Great Video on PDE for eliminating arbitrary constant. The definition and example were to the point and easy to understand. Thanks for uploading!

[shahad.]

Thank you so much sir, this helped a lotttt

[codewithnisaar]

well explained sir .thank you very much!!

[indianmeteorologyearthquak]

sir, your explanation is good,
please share the author of the book

[praveenmoses]

Sir can we multiply (x+a)(y+b) and then also can we multiply na sir ?
Pls reply sir

[mohammedsuboorahmed]

Sir please comment the link of module 1 in mathematics 2