Euler's Method | Euler's Modified Formula | Runge Kutta Method | Numerical Solution of Ordinary D.E.

Euler's Method | Euler's Modified Formula | Runge Kutta Method | Numerical Solution of Ordinary D.E.
Your Query: In this video lecture I tried to solve problems on Numerical solution of ordinary differential equations applying Euler's Method, Euler's Modified Formula & Runge Kutta Method of Fourth order. This video lecture is very helpful to those students who are studying in F. E. semester-2 and B.Sc. students.
#eulersmethod
eulers method
#euler's method example
#runge kutta method 2nd order
#modified euler method for ordinary differential equations
#euler modified method
#euler modified method formula
#modified euler's method numerical methods
#runge kutta method 2nd order example
#numerical analysis
#rungekutta
#eulermethod
#eulersmethod
#modifiedeulermethod
#numericalanalysis
#numericalmethods
#solutionofordinarydifferentialequations
Email ID: [e-mail]
Mob. no. 9224384156

[@AjayYadav-jf1zx]

Thank you sir

[@Unknown-re5qs]

Thanks you so much sir

[@euphoriaa19]

Sir in today's M2 paper in trapezoidal sum. .. limit were given from o to 3.. i have taken h=1... Is is compulsory to divide by to upper limit - lower limit by 6 ??

[@suknemathsacademy]

No need to divide by 6 for Trapezoidal Rule. To apply Simpson's rules you have to divide the difference between limits by 6.

[@euphoriaa19]

Sir golden kt exam la grace asto ka 3 marks cha?

[@suknemathsacademy]

No