dwsmith said:How are you marking your threads as solved? When I go to thread tools, I don't have that option.
Alexmahone said:I didn't; I suppose a mod did it.
Alexmahone said:I didn't; I suppose a mod did it.
The Laplace transform of 1 is simply equal to 1. This is because the Laplace transform of a constant value is equal to the same constant.
To use the Laplace transform function in MATLAB, you can use the laplace() command. This command takes in the function you want to transform and the variable of integration as arguments.
Yes, you can use the Laplace transform function in MATLAB for complex-valued functions. However, you will need to use the ilaplace() command to perform the inverse Laplace transform.
The Laplace transform is a useful mathematical tool for solving differential equations and analyzing systems in the frequency domain. In MATLAB, it can be used to solve differential equations and perform system analysis, among other applications.
One limitation of using the Laplace transform function in MATLAB is that it can only be used for functions with finite values. It cannot be used for functions that have infinite or undefined values.