Using fsolve() to solve non-linear system equation
|
06-24-2019, 06:14 PM
Post: #3
|
|||
|
|||
RE: Using fsolve() to solve non-linear system equation
Thank you, parisse. Got your point.
Yes, in fact, this system equation can be solved by solve(). I would like to explore fsolve() as sometimes, solve() cannot provide find all solutions. For example, if I want to find the solution of the following system equation: x+y =5*Pi/4 tan(x)=1 Given x,y = 0..2*Pi solve({x+y=5*Pi/4, tan(x)=1},{x,y}) this gives [Pi/4, Pi]. However, there are some other solution too e.g [5*Pi/4, 0]. How can I find that another solution is [5*Pi/4, 0]? Because of this, I started finding out another command to search for more complete solution. |
|||
« Next Oldest | Next Newest »
|
Messages In This Thread |
Using fsolve() to solve non-linear system equation - teerasak - 06-24-2019, 08:00 AM
RE: Using fsolve() to solve non-linear system equation - parisse - 06-24-2019, 05:53 PM
RE: Using fsolve() to solve non-linear system equation - toml_12953 - 06-24-2019, 11:48 PM
RE: Using fsolve() to solve non-linear system equation - teerasak - 06-24-2019 06:14 PM
RE: Using fsolve() to solve non-linear system equation - Helge Gabert - 06-25-2019, 01:50 AM
RE: Using fsolve() to solve non-linear system equation - teerasak - 06-25-2019, 04:19 AM
RE: Using fsolve() to solve non-linear system equation - parisse - 06-25-2019, 06:24 AM
RE: Using fsolve() to solve non-linear system equation - teerasak - 06-25-2019, 07:26 AM
|
User(s) browsing this thread: 2 Guest(s)