Laplace transforms and inverse in MATLAB

Anthony Nwachukwu
A free video tutorial from Anthony Nwachukwu
MATLAB Instructor and Data Engineer
4.2 instructor rating • 3 courses • 1,553 students

Lecture description

By end of this lecture you will be able to generate the following:

  • Laplace transform of a function
  • Inverse Laplace transform of a function

Learn more from the full course

MATLAB for Scientists and Engineers

Introduction to MATLAB for Engineers and Scientists

08:01:02 of on-demand video • Updated February 2018

  • Install and activate MATLAB successfully
  • Perform Arithmetic and Algebraic operations with MATLAB
  • Make both 2-D and 3-D plots, add annotations, Greek letters, saving your plots on several formats like fig, png, epsc etc, and make your plots look like those found on research papers
  • Solve Calculus Problems like Z transforms, Laplace transforms, Fourier transforms, Taylor and Maclaurin's series expansion, Limits, Left and Right hand limits, symbolic summation etc with Matlab
  • Perform formula manipulation and simplification, factorization and expansion with Matlab
  • Perform arithmetic operations on Real and Complex numbers
  • Perform analytic and numerical differentiation and integration
  • Find solutions to ODE problems including Systems of ODEs both analytically and numerically with Matlab
  • Perform the following operations on Polynomials: find polynomial roots, integrate and differentiate polynomials, polynomial curve fitting etc
  • Solve matrix and vector problems with Matlab like generating special matrices, inverse, rank, reduced echelon, transpose, LU factorization, eigen values and vectors, diagonization, orthogonal, norm, determinant, concatenation and several matrix operations
  • Discrete maths problem like finding gcd, lcm, permutation, combination, prime factors and numbers and factorial of numbers
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