Euler's method approximates the solution to a differential equation as
where 
. The challenge is to write a code that can take some arbitrary function, f(t,x), and use Euler's method to integrate over N equally-spaced points (
equal intervals) between times 
and 
. You must implement the boundary condition 
.
. The challenge is to write a code that can take some arbitrary function, f(t,x), and use Euler's method to integrate over N equally-spaced points ( equal intervals) between times and . You must implement the boundary condition . Solution Stats
Problem Comments
5 Comments
Solution Comments
Show comments
Loading...
Problem Recent Solvers20
Suggested Problems
-
5964 Solvers
-
4311 Solvers
-
588 Solvers
-
627 Solvers
-
642 Solvers
More from this Author3
Problem Tags
Community Treasure Hunt
Find the treasures in MATLAB Central and discover how the community can help you!
Start Hunting!
If there are N points, isn't the time interval (tf-t0)/(N-1)?
Well-spotted.
Good catch! Fixed. Thanks for your comment!
Are you sure you fixed it on this problem as well and not just on 59676?
To ensure correctness, it's better to define h as t(2)-t(1) (it's not yet corrected).