Learn MATLAB from ZERO to HERO

Learn how to declare and assign variables in matlab, perform simple operations, and control output with semicolons, while understanding case sensitivity and workspace behavior.

Declare variables in MATLAB, define coefficients a, b, c, and compute x1 and x2 using the general formula to solve a second order equation, then verify the results.

Explore vector and matrix dimensions by using size to identify 2x3 matrices, length for vector length, and size-based hints for rows and columns, plus the total number of elements.

Learn to get the transpose of a matrix using an apostrophe, compute the inverse with inv, and find the determinant with det in MATLAB, with invertibility notes.

Master selecting and modifying elements in vectors and matrices in MATLAB. Access single elements, full rows or columns, delete a column, set a column to zero, and reshape matrices.

Learn to create special matrices in MATLAB, including the identity matrix with the size parameter, a diagonal matrix with specified diagonal elements, and matrices of zeros and ones.

Explore common text handling functions in MATLAB, including converting between strings and numbers, measuring string length, and validating text types with ischar and string comparisons.

Use MATLAB's input function to request user information, define variables, and handle numeric and text input with quotes and the second argument for text, then display results with fprintf.

Master MATLAB conditional logic with if, else if, and else blocks, testing conditions such as even numbers and divisibility by three using the remainder operation.

Develop a MATLAB calculator using a switch conditional statement. Gather two numbers and an operation symbol, implement add, subtract, multiply, and divide cases, and display results while handling invalid operations.

Create two-dimensional plots in MATLAB by defining x and y vectors and plotting them with the plot function, then customize color, markers, line width, and titles.

Explore MATLAB's graphing options beyond basics, using sections to run code, and generate 2D and 3D plots, area and bar charts, compass plots, and a conduit plot with predefined functions.