Hands on MATLAB Essentials for Absolute Beginner

Explore the MATLAB environment, define variables, and perform basic arithmetic including addition, subtraction, and multiplication, while learning the order of operation and using the workspace, command window, and help.

Learn basic MATLAB arithmetic and formatting: add, subtract, multiply, divide, exponentiate and sqrt, apply parentheses for order of operations, and use format short, format bank, and format long for display.

Define variables in MATLAB as matrices, perform basic operations, suppress output with a semicolon, and use built-in variables like answer; explore character variables and comments with the percent sign.

Define vectors in matlab with brackets and comma-separated values, creating horizontal or vertical vectors, using the colon operator for ranges, and applying transpose, zeros, ones, and random vectors.

Learn to perform basic and advanced vector operations in MATLAB, including addition, subtraction, element-wise and scalar operations, dot and cross products, euclidean norms, and statistics like mean, max, min, std.

Explore how to use MATLAB's m file editor to write, save, and run code. Define a height vector, calculate its average with mean, and identify maximum and minimum values.

Learn how to plot data in Matlab using the plot command, create x and y vectors, and visualize sine, cosine, and other functions with multiple series and colors.

Learn to create bar charts and pie charts in MATLAB, generate random data, add axis labels, and label pie slices to compare categorical data in statistics.

Learn to create 3d plots in matlab with plot3 using data arrays, define t and x = sin(t), label axes and grid, and rotate the view to see a spiral.

Create 3D plots with MATLAB using mesh grid to build x and y data, define z as sin(x) + sin(2y), and explore rotating views and increasing resolution for clearer surfaces.

Define matrices in Matlab using brackets, semicolons for new rows, or commas for columns. Access elements by row and column indices, and delete a column by assigning an empty array.

Master basic matrix operations in MATLAB, including same-size addition and subtraction, scalar addition to all elements, and the rules for matrix multiplication and division, plus generating random matrices with rand.

Explore advanced matrix operations in MATLAB, including length, size and dimension queries; create zeros, ones, and identity matrices; compute determinant and inverse; and solve linear systems of equations.

Explore MATLAB essentials for absolute beginners with factorials, square roots, and nth roots, plus exponential and logarithmic functions, and see how these handy operations support combinatorics and calculations.

Explore MATLAB basics by calculating a mathematical expression with exponential, logarithm, square root, factorial, and roots, demonstrating how to run and evaluate it in MATLAB.

Explore sine, cosine, tangent, cotangent in Matlab with radian and degree inputs, plus hyperbolic functions sinh, cosh, tanh, and simulate the catenary y = a cosh(x/a).

learn to define complex numbers in MATLAB in Cartesian and polar form, with real and imaginary parts, and compute abs and angle to get magnitude and phase.

Learn to install and use the symbolic math toolbox in Matlab, create symbolic variables, and perform solving, simplifying, expanding, combining, and substituting algebraic expressions, including polynomial roots and linear algebra.

Master Matlab symbolic toolbox calculations by solving second and third degree algebraic equations and trig expressions with the solve command, defining variables, and examining roots.

Learn to solve systems of equations in MATLAB's symbolic toolbox by defining x, y, and z, entering equations, and using solve to find the roots.

Compute limits in Matlab using the symbolic toolbox with examples near x=2, 0, and 1, including 1/x, |x|/x, and (x^2-1)/(x-1). Explore left/right limits and indeterminate forms.

Differentiate in MATLAB with the symbolic toolbox by defining variables and functions, and compute derivatives with respect to x or t, including nth derivatives like the fifth derivative of sine(5x).

Learn to perform integration in the MATLAB environment using the integral command, define a function, and set limits to compute the area under the curve between the x-axis.

Explore symbolic math in MATLAB by modeling projectile motion, deriving displacement, speed, and acceleration with symbolic variables, and visualizing results using plots.

Learn to solve ordinary differential equations in MATLAB, including first-order and second-order problems, set initial conditions, use solve, and visualize results with fplot.

Solve a second-order differential equation for a series RLC circuit in MATLAB using the symbolic toolbox, define initial conditions, and plot current over time.

Explore how to implement the Fourier transform in Matlab, converting a time-domain signal to the frequency domain using fft, and identify fundamental and harmonic components, even with noise.

Explore programming in the MATLAB environment by writing simple scripts that prompt for user input, display results, and convert ages to days and hours using basic operations.

Learn to use if, else, and elseif in Matlab to test input values and branch logic. Explore a quadratic delta check that reveals real roots, repeated roots, or complex roots.

Use a MATLAB while loop to calculate factorial from user input, updating n and f until n reaches 1, then display the result and run from the command window.

Learn to use the for loop in Matlab with the for command and end to iterate values. Compute the sum from one to a user specified number and display result.

Learn to debug Matlab code with breakpoints, step through execution, and inspect variable values to verify loops and diagnose syntax errors, warnings, and NaN results.

Master writing and using functions in MATLAB, from built-in log to defining your own add and Fibonacci functions, saving and reusing them across files for data manipulation.