MATLAB to solve initial value problem of differential equation, dy dt = y - 1+1, 0
Posted: Thu May 12, 2022 2:39 pm
MATLAB to solve initial value problem of differential equation, dy dt = y - 1+1, 0 <t2, y(0) 1 2 (1) To get the exact values. (2) Using the Runge-Kutla method order 4 with h = 0.2, N = 10, t; = 0.21 to obtain approximations to the above initial value problem. Compare the results with the exact values (with Tables). Please provide the codes, the values (with Tables), and the plots. Numerical Methods using MATLAB, Sloving of Differentail Equations. Thank you!
Posted: Thu May 12, 2022 2:39 pm
MATLAB to solve initial value problem of differential equation, dy dt = y - 1+1, 0 <t2, y(0) 1 2 (1) To get the exact values. (2) Using the Runge-Kutla method order 4 with h = 0.2, N = 10, t; = 0.21 to obtain approximations to the above initial value problem. Compare the results with the exact values (with Tables). Please provide the codes, the values (with Tables), and the plots. Numerical Methods using MATLAB, Sloving of Differentail Equations. Thank you!