- #1
hsong9
- 80
- 1
Hi,
Could someone please show me how to solve the following simple problem using the Runge-Kutta (RK4) integration method?
(tw')' + tw = 0 with w(0) = 1, w'(0) = 0 on the interval [0,1]
by introducing the new variable v=tw' and considering the resulting first order differential system involving w and v
computed solution (wh(1),vh(1)) for h=1/10.
I'm trying to understand how to apply Runge-Kutta to this problem.
Thanks for your attention.
Could someone please show me how to solve the following simple problem using the Runge-Kutta (RK4) integration method?
(tw')' + tw = 0 with w(0) = 1, w'(0) = 0 on the interval [0,1]
by introducing the new variable v=tw' and considering the resulting first order differential system involving w and v
computed solution (wh(1),vh(1)) for h=1/10.
I'm trying to understand how to apply Runge-Kutta to this problem.
Thanks for your attention.