~Get Your Files Here !

  01 Module 0 (Introduction)

   001 Intro.mp4

   002 What to expect_.mp4

   003 What is matlab and why is it so powerful and useful_.mp4

  02 Module 1 (the environment, the fundamental commands and our first application)

   001 Final project presentation.mp4

   002 The programming environment.mp4

   003 The semicolon.mp4

   004 Space separation.mp4

   005 Order of precedence in Matlab calculations.mp4

   006 Scripts.mp4

   007 Matlab is a case sensitive programming language.mp4

   008 Read your errors.mp4

   009 Functions.mp4

   010 Comments.mp4

   011 Variable types and matrix declarations.mp4

   012 Global and local variables.mp4

   013 The input and disp commands.mp4

   014 The switch case statement.mp4

   015 Module's final project.mp4

  03 Thinking as a machine, the discrete world and iterative processes (The FOR loop)

   001 Final project (and mini project) presentation.mp4

   002 Thinking as a machine part I.mp4

   003 Thinking as a machine part II.mp4

   004 Introducing the For Loop.mp4

   005 For Loop (counting steps other than 1).mp4

   006 Mini project_ Calculating the compound interest.mp4

   007 The Riemann sum (numerical integration) Part I_ The definitions.mp4

   009 The Riemann sum (numerical integration) Part III_ For within a For.mp4

   010 Orange warnings.mp4

   011 Plot numbering and tittles, axis labeling and the grid on command.mp4

   012 Saving plots as images (do not screen capture them).mp4

   013 The Trapezoid rule (numerical integration) Part I_ The definitions.mp4

   external-assets-links.txt

  04 Thinking as a machine_ The WHILE statement and the Newton-Rhapson method

   001 Final project presentation.mp4

   002 The theory behind the While Loop (a comparison against the For Loop) Part I.mp4

   003 The theory behind the While Loop (a comparison against the For Loop) Part II.mp4

   004 The theory behind the While Loop (a comparison against the For Loop) Part III.mp4

   005 The Newton-Raphson numerical method.mp4

   006 Handles (a little parenthesis before we practice Newton-Raphson).mp4

   007 Newton-Raphson method (practical lecture).mp4

   008 Module's final project_ Newton-Raphson within a while loop (Part I).mp4

   009 Module's final project_ Newton-Raphson within a while loop (Part II).mp4

   010 Module's final project_ Newton-Raphson within a while loop (Bonus Part).mp4

   011 fzero function.mp4

   012 fsolve function.mp4

   036 PDF the For Loop and the While Loop.pdf

   038 PDF the newton-rhapson method.pdf

  05 The IF - ELSE statement

   001 Introducing the IF statement.mp4

   002 Primality test (The IF statement within a while loop and the break command).mp4

   003 Final project presentation.mp4

   004 Gauss-Jordan theoretical lecture.mp4

   005 Basic operations with matrixes.mp4

   006 Gauss-Jordan implementation part I.mp4

   007 Gauss-Jordan implementation part II.mp4

   008 Gauss-Jordan implementation part III.mp4

   009 Gauss-Jordan implementation part IV.mp4

   010 Gauss-Jordan implementation part V.mp4

   011 Gauss-Jordan implementation part VI.mp4

   012 Gauss-Jordan implementation part VII.mp4

   013 Gauss-Jordan implementation part VIII.mp4

   014 Linsolve function.mp4

   external-assets-links.txt

  06 The TRY - CATCH statement

   001 Introducing the final project.mp4

   002 What is an API and introducing the try catch statments.mp4

   003 Creating an account on weatherstack.mp4

   004 Reviewing the API documentation.mp4

   005 Making the API requests within a TRY statement.mp4

   006 Parsing structure type variables.mp4

   007 Wrapping up the final details of our API requests function.mp4

   008 A little clarification before we move on to the next module.mp4

  07 Curve fitting

   001 Introducing the final project.mp4

   002 Curve fitting theory.mp4

   003 Loading the data.mp4

   004 fminunc and getting the best curve fit.mp4

   005 Calculating the R square for our curve fitting process.mp4

   006 Curve fitting a parabola.mp4

   007 The Polyfit function and the curve fitting app.mp4

   069 curve fitting.pdf

   071 projectile_motion.mat

  08 First order Ordinary Differential Equations (first order ODEs)

   001 Introducing the final project.mp4

   002 Introducing symbolic type variables.mp4

   003 Using dsolve to solve differential equations via symbolic variables.mp4

   004 Solving differential equations via dsolve and subs.mp4

   005 Using dsolve and subs within a function.mp4

   006 Introducing the Eurler's Method.mp4

   007 First Euler's method application on Series RL circuit.mp4

   008 Eulers method vs analitical method.mp4

   009 ode45 comparison.mp4

   080 eulers method.pdf

  09 Greater order Ordinary Differential Equations

   001 Final project presentation.mp4

   002 Basic theoretical concepts for solving system of ordinary differential equations.mp4

   003 Using dsolve and subs for system of differential equations Part II.mp4

   004 Using ode45 for system of differential equations PART II.mp4

   005 Writing a script to solve a series RLC circuit bot numerically and symbolically.mp4

   006 Playing around with our script.mp4

  10 Congratulations

   001 Final class.mp4