Use Euler's Method with to approximate the solution to the initial value problem:

at

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- Mar 3rd 2009, 07:29 PMArythEuler's Method
Use Euler's Method with to approximate the solution to the initial value problem:

at

- Mar 4th 2009, 04:08 AMCaptainBlack
Euler's method for the numerical integration of an ODE IVP uses the stepping formula:

You are given and that , so immediately the stepping formula will tell you the value at , then applying it again from and the value of you found from the first step, it will give the value at .

CB - Mar 4th 2009, 06:25 AMAryth
I am getting bigger and bigger numbers... Is it supposed to blow up like that?

- Mar 4th 2009, 06:29 AMHallsofIvy
No, it shouldn't. Please show what you have done and why you are getting "bigger and bigger numbers".

- Mar 4th 2009, 06:36 AMCaptainBlack
- Mar 4th 2009, 06:48 AMAryth
Yeah. I knew the solution to the equation already.

Thanks for the help. I appreciate it. And this was a test question... I just wanted to get clarification on the answer.

But the next question was the same thing with the Improved Euler's method and I got a much better answer, which would mean that bigger values of h are allowed in the Improved method as opposed to the classical method. - Mar 4th 2009, 07:19 AMCaptainBlack