code for Adams Bashforth

lamda1=0.2;
mu1=1-lamda1;
lamda2=0.3;
mu2=1-lamda2;
lamda3=0.5;
mu3=1-lamda3;
A1=lamda1+lamda2+lamda3;
A2=lamda1+lamda2+mu3;
A3=lamda1+mu2+lamda3;
A4=lamda1+mu2+mu3;
A5=mu1+lamda2+lamda3;
A6=mu1+lamda2+mu3;
A7=mu1+mu2+lamda3;
A8=mu1+mu2+mu3;
Q=[-A1 mu3 mu2 0 mu1 0 0 0;lamda3 -A2 0 mu2 0 mu1 0 0;lamda2 0 -A3 mu3 0 0 mu1 0;0 lamda2 lamda3 -A4 0 0 0 mu1;lamda1 0 0 0 -A5 mu3 mu2 0;0 lamda1 0 0 lamda3 -A6 0 mu2;0 0 lamda1 0 lamda2 0 -A7 mu3;0 0 0 lamda1 0 lamda2 lamda3 -A8];
P=[1;0;0;0;0;0;0;0];
how can i found Q*P by Adams Bashforth ?

1 个评论

The question is not meaningful: All you have to do is to write Q*P, so there is no need for an integrator.
You have posted a bunch of unclear question in the forum now. Please care for adding the details which are required to understand, what you want to do.

请先登录,再进行评论。

回答(0 个)

类别

帮助中心File Exchange 中查找有关 Mathematics 的更多信息

产品

评论:

Jan
2019-5-3

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by