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This will make your laplace transform super easy using the python CODE, it will help you to understand how to perform laplace using code
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Activity 2: Laplace Transform using Matlab Syntax laplace(f) laplace(f,transVar) laplace(f,var,transVar) Description: 1.laplace(f) returns the Laplace Transform of f. By default, the independent variable is t and transformation variable is s. Laplace Transform of Symbolic Expression Example: Compute the Laplace transform of 1 √��. By default, the transform is in terms of s Matlab Command
syms x y f = 1/sqrt(x); laplace(f) Ans
2. laplace(f,transVar) uses the transformation variable transVar instead of s. a. Specify Independent Variable and Transformation Variable Example: Compute the Laplace transform of �� −����
. By default, the independent variable is t, and the transformation variable is s. Matlab Command
syms a t f = exp(-e*t); laplace(f) ans
syms f(t) s Df = diff(f(t,t); laplace(Df,t,s) ans Laplace Transform of Symbolic Function Compute the Laplace transform of symbolic functions. When the first argument contains symbolic functions, then the second argument must be scalar. Matlab Command syms f1(x) f2(x) a b f1(x)=exp(x); f2(x)=x; laplace([f1 f2], x, [a b]) ans
A. Using the table of transformation, obtain the laplace transform of the following symbolic functions B. Write the MATLAB commands and the resulting answers. Note: the answers obtained using manual transformation and using MATLAB should be equal.
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