Welcome to my approximation software using Euler's Method! This program approximates the initial value of the function using Euler's Method of Approximation
Please choose between Euler's_Formula_Step_Count
and Euler's_Formula_Step_Size
Based on given problem.
float y= ; //inital value of y; change this line!!!!
float x= ; //inital value of x; change this line!!!!
float x0= ; //inital value of x; change this line!!!!
float x1= ; //end value of x; change this line!!!!
int h= ; // number of steps; change this line!!!!
When given quesion: ∂y/∂x=0.5x(1−x), p(0)=2, Use Euler's method to approximate p(2), using 4 steps
in this problem
y= 2
x= 0
x0= 0
x1= 2
h= 4
dydx= ; //put your function right here
According the previous question, ∂p/∂x=0.5*x*(1−x)
float y= ; //inital value of y; change this line!!!!
float x= ; //inital value of x; change this line!!!!
float x0= ; //inital value of x; change this line!!!!
float x1= ; //end value of x; change this line!!!!
float dx= ; //put in step size; change this line!!!!
When given quesion: ∂y/∂x=0.5x(1−x), p(0)=2, Use Euler's method to approximate p(2), using a step size of 0.5
in this problem
y= 2
x= 0
x0= 0
x1= 2
dx= 0.5
dydx= ; //put your function right here
According the previous question, ∂y/∂x=0.5*x*(1−x)
Please don't forget to put in *
when doing multiplication, ^
when putting in exponents, /
when doing division. Or the program will not execute!!!
EulerApproximation
is not certified for use in safety-critical applications. It should not be used in any life risking applications.