Hyperbolic equations, solution using Explicit method, Stability analysis of Explicit and Implicit scheme, Example, Characteristics of PDE, Solution of Hyperbolic equation by using methods of Characteristics, Hyperbolic equation of first order, Lax-Wendroff’s method, Wendroff’s method, stability analysis of method, Example. Pls upload
Indha topic materials enkita Ila pa So kindly send me some other topics Thanks for your support and valuable comments All the best for your exams and future
There is no one in field of Mathematics who is equal to Leonard Euler (pronounced as Oiler, 1707 - 1783 AD) who is ever born or to be born. He published papers even after losing sight on both of his eyes. About 90 papers came out after he died. He lived in a time of scientific dark ages. REMARKABLE.
Parabolic equation in 2D, Explicit & Crank-Nicolson method, Alternating direction Implicit method (ADI), Elliptic equations, Solution of Poisson equation with Example,Successive over Relaxation (SOR) method, Solution of Elliptic equation by using ADI method, Example.
RK method ruclips.net/video/prm_Ci4wYxo/видео.html Boundary value problems and finite 2nd order ruclips.net/p/PLHPgNPbr8ksK1arZlRMaqEKNBOcVGSc6X Euler's method ruclips.net/p/PLHPgNPbr8ksL5rNhs-_zKQ-9KQAXh_hYA Taylor's series ruclips.net/p/PLHPgNPbr8ksIj1TNZy_m9j3dYGcBBtXIi Kindly go through it pa If you have questions kindly take a photo and send to my email ID Then it will be easier for me to solve and upload it as soon as possible My mail ID ramyagovindasamy1980@gmail.com Thanks for your support
For every problem the value of h is different In this video The values are given in 0.2,0.4,0 .6 onwards So that we are taking intervals value as 0.2 In some other examples h value given by the problem itself If no value is mentioned in some other problems we can take commonly as h = 0.1 If you go through many problems then you come to know the value of h You can't judge h value with one problem pa Thanks for your support and valuable comments
Ma In Euler's method They will give you definitely h value But In the case of Newton's Forward or backward formula In the case of 'u' value not given We can use u= (x-x0)/h Where x is given value x0 is the first value of x terms h is the interval range example 0-5,5-10,10-15 means h value is 5 Are you understand pa Thanks for your support and valuable comments
No need for thanks Mr.Saravanan I have to thank you for your support and valuable words Take care Any doubts in problem send me the question in comment I will try to solve and upload it as soon as possible pa
Introduction to Numerical methods, Initial and Boundary value problems, Numerical solution of ODE, Picard’s method, Taylor’s series method, Euler’s method, Modified Euler’s method, Runge-Kutta method. Introduction of PDE, Classification of PDE: parabolic, elliptic and hyperbolic. Boundary and initial conditions, Taylor series expansion, analysis of truncation error, Finite difference method: FD, BD & CD, Higher order approximation, Order of Approximation, Polynomial fitting, One-sided approximation. Parabolic equation in 2D, Explicit & Crank-Nicolson method, Alternating direction Implicit method (ADI), Elliptic equations, Solution of Poisson equation with Example,Successive over Relaxation (SOR) method, Solution of Elliptic equation by using
Clear Explanation Thank You Mam 👍
Hi
Mr Mini Wings
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Thank you once again
@@ramyagovindasamy
Hi Mam
Thanks mam❤ i have nm paper today its really useful keep doing ❤
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I wish you to get centum in maths
Thank you for your lovely work❤🎉
Good evening Mr.VISHWA
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Thank you once again
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I like ur videos, it's very useful to us
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Your valuable comments is my motivation
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Super,mam Rompa we asya soli dharinga❤️
Thank you Gayathri
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Happy new year pa
All the best for your exams and future ma 👍
Hyperbolic equations, solution using Explicit method, Stability analysis of Explicit and Implicit scheme, Example, Characteristics
of PDE, Solution of Hyperbolic equation by using methods of Characteristics, Hyperbolic equation of first order, Lax-Wendroff’s
method, Wendroff’s method, stability analysis of method, Example.
Pls upload
Bender Schmidt method
Crank Nicholson method
Solution to partical differential equation by relaxation method
Mam
Indha topic materials enkita Ila pa
So kindly send me some other topics
Thanks for your support and valuable comments
All the best for your exams and future
Topic numerical solutions to partical differential equation
Critical path method and PERT method and draw network sums pls
Ok ma
I will upload as soon as possible
Once uploaded I will send you in comment
Given the equation dx/dy = 3x^2 + 1
with y(1) =2
estimate ) y(2) by Euler's method using.
(a) h = 0.5 and
(b) 25
ma'am naa keta sums konjam epdi solve panradhunu sollunga pls
Superb teaching 👏👏mam
There is no one in field of Mathematics who is equal to Leonard Euler (pronounced as Oiler, 1707 - 1783 AD) who is ever born or to be born. He published papers even after losing sight on both of his eyes. About 90 papers came out after he died. He lived in a time of scientific dark ages. REMARKABLE.
The cubic spline method la example y''+y+1=0 y(0)=y(1)=0
Explain this sum mam
Mam please explain mam
@@ramyagovindasamy ok mam
Mam upload pannuga mam
@@ramyagovindasamy mam eppo upload panna mudiyadha
Given y x 2 0
dx
dy ,
0 1
y
, y0.1 0.9052 ,
0.2 0.8213
y
. Calculate four decimal places
0.3
y
using modified Euler’s method
I try pa
Parabolic equation in 2D, Explicit & Crank-Nicolson method, Alternating direction Implicit method (ADI), Elliptic equations,
Solution of Poisson equation with Example,Successive over Relaxation (SOR) method, Solution of Elliptic equation by using
ADI method, Example.
I already uploaded SOR method
ruclips.net/p/PLHPgNPbr8ksLgMresDsJEMcrWQoH28bSy
Other topics I upload as soon as possible pa
Thanks for your reply
@@ramyagovindasamy thank u mam
RK method
ruclips.net/video/prm_Ci4wYxo/видео.html
Boundary value problems
and finite 2nd order
ruclips.net/p/PLHPgNPbr8ksK1arZlRMaqEKNBOcVGSc6X
Euler's method
ruclips.net/p/PLHPgNPbr8ksL5rNhs-_zKQ-9KQAXh_hYA
Taylor's series
ruclips.net/p/PLHPgNPbr8ksIj1TNZy_m9j3dYGcBBtXIi
Kindly go through it pa
If you have questions kindly take a photo and send to my email ID
Then it will be easier for me to solve and upload it as soon as possible
My mail ID
ramyagovindasamy1980@gmail.com
Thanks for your support
Thank u mam
Picards method
Thank you mam purichidichi. 😅😁
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Mam!! Improved euler method problem video podunga
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I will try to solve and upload it as soon as possible pa
Uploaded the video pa kindly go through it pa
ruclips.net/video/zn-3atV135I/видео.html
Mullers method part 1 pls
Kindly go through this link ma
For Mullers method
ruclips.net/p/PLHPgNPbr8ksIBEzNcTvoBR0SIqnXd9uWm&si=Y2aKpR8CsSD6H8v5
Good evening Manisha ma
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Thank you once again
All the best for your exams and future ma 👍 take care
Thank You, Mam.,
Thank you so much mam
Thanks for your support and valuable comments
Hi mam I want the solution of u=-2u^2 with u(0)=1 solve the initial value problem with Euler method
Thanx mam......💖
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Good afternoon mam.how we check the answer with exact solution mam
Good afternoon Sweety ma
By using actual integration pa
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I will put video regarding your doubt ma
ruclips.net/video/iDS9IvEi230/видео.htmlsi=uJH-O5WQWyR1gcSp
Kindly refer this link pa
ruclips.net/video/Dfa3YD7Rlv4/видео.htmlsi=xUQ85nrx4dju9OO5
Super mam
Good morning Mr. KGF YT GAMING,
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Tq mam
ruclips.net/video/is_skZk804A/видео.html
Ma uploaded the video
Euler's modified method
Kindly go through it pa
Thank you mam
Ma
I uploaded Euler modified method
Kindly go through it ma
ruclips.net/video/is_skZk804A/видео.html
How do I determine h = ?
For every problem the value of h is different
In this video
The values are given in 0.2,0.4,0 .6 onwards
So that we are taking intervals value as 0.2
In some other examples h value given by the problem itself
If no value is mentioned in some other problems we can take commonly as
h = 0.1
If you go through many problems then you come to know the value of h
You can't judge h value with one problem pa
Thanks for your support and valuable comments
Madam improved euler method video upload pannunga
Thanks for your support and valuable comments
I will try to solve and upload it as soon as possible pa
Tqq mam
ruclips.net/video/zn-3atV135I/видео.html
Uploaded the video pa kindly go through it pa
super mam
Thanks for your support and valuable comments pa
If they don't give h value how to find that value......h=x-x0/n..... Then how we take n value....
Ma
In Euler's method
They will give you definitely h value
But
In the case of Newton's Forward or backward formula
In the case of 'u' value not given
We can use u= (x-x0)/h
Where x is given value
x0 is the first value of x terms
h is the interval range
example
0-5,5-10,10-15
means
h value is 5
Are you understand pa
Thanks for your support and valuable comments
Thank you so much ma'am....
No need for thanks Mr.Saravanan
I have to thank you for your support and valuable words
Take care
Any doubts in problem send me the question in comment
I will try to solve and upload it as soon as possible pa
dy/dx=y+x² nu iruku mam ithuku yana pananum
Good afternoon Akila ma
I try to solve and upload it as soon as possible pa
Thanks for your support and valuable comments ma
@@ramyagovindasamy tomorrow seminar but my staf don't teach Euler's method
@@ramyagovindasamy today ugalala try pana mudiumha mam
Ma
Just now I have seen your comment
Kindly you refer my playlist for Euler's method
At present health issues for me ma
Introduction to Numerical methods, Initial and Boundary value problems, Numerical solution of ODE, Picard’s method,
Taylor’s series method, Euler’s method, Modified Euler’s method, Runge-Kutta method. Introduction of PDE, Classification of PDE: parabolic, elliptic and hyperbolic. Boundary and initial conditions, Taylor series
expansion, analysis of truncation error, Finite difference method: FD, BD & CD, Higher order approximation, Order of
Approximation, Polynomial fitting, One-sided approximation.
Parabolic equation in 2D, Explicit & Crank-Nicolson method, Alternating direction Implicit method (ADI), Elliptic equations,
Solution of Poisson equation with Example,Successive over Relaxation (SOR) method, Solution of Elliptic equation by using
Mam using trapizodal second order
Can you send me a sample question pa
Thanks for your support and valuable comments
Mam pls ode and pde need
Thanks for your support and valuable comments
If you send questions regarding your topics
Then I will try to solve and upload it as soon as possible
Solve the boundary value problem d^2y÷dx^2---y=0 with y(0)=0 and y(2)= 3.62686
Explain this problem mam
Ma can you send notes regarding this problem
I can't get any relevant material regarding this problem
@@ramyagovindasamy s.v.sasthiri
Thank you ma
Ma
Uploaded the video pa kindly go through it pa
ruclips.net/video/mRt0r0Xj_vc/видео.html
Thank you mam ☺️
Thanks for your support and valuable comments
All the best for your exams and future pa 👍 take care
Tq🎉🙏🏻
Thanks for your support and valuable comments
Mr. Balu
All the best for your exams and future pa 👍
Do well all the exams
I wish you will get the best marks pa