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001 Final class.en.srt
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001 Final class.mp4
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001 Final project (and mini project) presentation.en.srt
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001 Final project (and mini project) presentation.mp4
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001 Final project presentation.en.srt
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001 Final project presentation.mp4
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001 Intro.en.srt
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001 Intro.mp4
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001 Introducing the IF statement.en.srt
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001 Introducing the IF statement.mp4
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001 Introducing the final project.en.srt
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001 Introducing the final project.mp4
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002 Basic theoretical concepts for solving system of ordinary differential equations.en.srt
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002 Basic theoretical concepts for solving system of ordinary differential equations.mp4
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002 Curve fitting theory.en.srt
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002 Curve fitting theory.mp4
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002 Introducing symbolic type variables.en.srt
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002 Introducing symbolic type variables.mp4
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002 Primality test (The IF statement within a while loop and the break command).en.srt
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002 Primality test (The IF statement within a while loop and the break command).mp4
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002 The programming environment.en.srt
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002 The programming environment.mp4
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002 The theory behind the While Loop (a comparison against the For Loop) Part I.en.srt
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002 The theory behind the While Loop (a comparison against the For Loop) Part I.mp4
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002 Thinking as a machine part I.en.srt
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002 Thinking as a machine part I.mp4
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002 What is an API and introducing the try catch statments.en.srt
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002 What is an API and introducing the try catch statments.mp4
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002 What to expect_.en.srt
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002 What to expect_.mp4
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003 Creating an account on weatherstack.en.srt
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003 Creating an account on weatherstack.mp4
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003 Final project presentation.en.srt
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003 Final project presentation.mp4
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003 Loading the data.en.srt
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003 Loading the data.mp4
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003 The semicolon.en.srt
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003 The semicolon.mp4
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003 The theory behind the While Loop (a comparison against the For Loop) Part II.en.srt
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003 The theory behind the While Loop (a comparison against the For Loop) Part II.mp4
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003 Thinking as a machine part II.en.srt
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003 Thinking as a machine part II.mp4
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003 Using dsolve and subs for system of differential equations Part II.en.srt
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003 Using dsolve and subs for system of differential equations Part II.mp4
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003 Using dsolve to solve differential equations via symbolic variables.en.srt
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003 Using dsolve to solve differential equations via symbolic variables.mp4
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003 What is matlab and why is it so powerful and useful_.en.srt
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003 What is matlab and why is it so powerful and useful_.mp4
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004 Gauss-Jordan theoretical lecture.en.srt
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004 Gauss-Jordan theoretical lecture.mp4
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004 Introducing the For Loop.en.srt
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004 Introducing the For Loop.mp4
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004 Reviewing the API documentation.en.srt
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004 Reviewing the API documentation.mp4
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004 Solving differential equations via dsolve and subs.en.srt
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004 Solving differential equations via dsolve and subs.mp4
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004 Space separation.en.srt
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004 Space separation.mp4
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004 The theory behind the While Loop (a comparison against the For Loop) Part III.en.srt
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004 The theory behind the While Loop (a comparison against the For Loop) Part III.mp4
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004 Using ode45 for system of differential equations PART II.en.srt
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004 Using ode45 for system of differential equations PART II.mp4
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004 fminunc and getting the best curve fit.en.srt
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004 fminunc and getting the best curve fit.mp4
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005 Basic operations with matrixes.en.srt
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005 Basic operations with matrixes.mp4
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005 Calculating the R square for our curve fitting process.en.srt
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005 Calculating the R square for our curve fitting process.mp4
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005 For Loop (counting steps other than 1).en.srt
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005 For Loop (counting steps other than 1).mp4
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005 Making the API requests within a TRY statement.en.srt
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005 Making the API requests within a TRY statement.mp4
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005 Order of precedence in Matlab calculations.en.srt
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005 Order of precedence in Matlab calculations.mp4
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005 The Newton-Raphson numerical method.en.srt
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005 The Newton-Raphson numerical method.mp4
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005 Using dsolve and subs within a function.en.srt
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005 Using dsolve and subs within a function.mp4
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005 Writing a script to solve a series RLC circuit bot numerically and symbolically.en.srt
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005 Writing a script to solve a series RLC circuit bot numerically and symbolically.mp4
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006 Curve fitting a parabola.en.srt
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006 Curve fitting a parabola.mp4
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006 Gauss-Jordan implementation part I.en.srt
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006 Gauss-Jordan implementation part I.mp4
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006 Handles (a little parenthesis before we practice Newton-Raphson).en.srt
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006 Handles (a little parenthesis before we practice Newton-Raphson).mp4
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006 Introducing the Eurler's Method.en.srt
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006 Introducing the Eurler's Method.mp4
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006 Mini project_ Calculating the compound interest.en.srt
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006 Mini project_ Calculating the compound interest.mp4
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006 Parsing structure type variables.en.srt
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006 Parsing structure type variables.mp4
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006 Playing around with our script.en.srt
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006 Playing around with our script.mp4
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006 Scripts.en.srt
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006 Scripts.mp4
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007 First Euler's method application on Series RL circuit.en.srt
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007 First Euler's method application on Series RL circuit.mp4
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007 Gauss-Jordan implementation part II.en.srt
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007 Gauss-Jordan implementation part II.mp4
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007 Matlab is a case sensitive programming language.en.srt
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007 Matlab is a case sensitive programming language.mp4
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007 Newton-Raphson method (practical lecture).en.srt
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007 Newton-Raphson method (practical lecture).mp4
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007 The Polyfit function and the curve fitting app.en.srt
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007 The Polyfit function and the curve fitting app.mp4
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007 The Riemann sum (numerical integration) Part I_ The definitions.en.srt
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007 The Riemann sum (numerical integration) Part I_ The definitions.mp4
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007 Wrapping up the final details of our API requests function.en.srt
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007 Wrapping up the final details of our API requests function.mp4
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008 A little clarification before we move on to the next module.en.srt
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008 A little clarification before we move on to the next module.mp4
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008 Eulers method vs analitical method.en.srt
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008 Eulers method vs analitical method.mp4
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008 Gauss-Jordan implementation part III.en.srt
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008 Gauss-Jordan implementation part III.mp4
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008 Module's final project_ Newton-Raphson within a while loop (Part I).en.srt
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008 Module's final project_ Newton-Raphson within a while loop (Part I).mp4
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008 Read your errors.en.srt
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008 Read your errors.mp4
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009 Functions.en.srt
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009 Functions.mp4
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009 Gauss-Jordan implementation part IV.en.srt
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009 Gauss-Jordan implementation part IV.mp4
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009 Module's final project_ Newton-Raphson within a while loop (Part II).en.srt
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009 Module's final project_ Newton-Raphson within a while loop (Part II).mp4
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009 The Riemann sum (numerical integration) Part III_ For within a For.en.srt
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009 The Riemann sum (numerical integration) Part III_ For within a For.mp4
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009 ode45 comparison.en.srt
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010 Comments.en.srt
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010 Comments.mp4
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010 Gauss-Jordan implementation part V.en.srt
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010 Gauss-Jordan implementation part V.mp4
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010 Module's final project_ Newton-Raphson within a while loop (Bonus Part).en.srt
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010 Module's final project_ Newton-Raphson within a while loop (Bonus Part).mp4
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79 MB
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010 Orange warnings.en.srt
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010 Orange warnings.mp4
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011 Gauss-Jordan implementation part VI.en.srt
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011 Gauss-Jordan implementation part VI.mp4
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011 Plot numbering and tittles, axis labeling and the grid on command.en.srt
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011 Plot numbering and tittles, axis labeling and the grid on command.mp4
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011 Variable types and matrix declarations.en.srt
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011 Variable types and matrix declarations.mp4
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011 fzero function.en.srt
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011 fzero function.mp4
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15 MB
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012 Gauss-Jordan implementation part VII.en.srt
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012 Gauss-Jordan implementation part VII.mp4
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012 Global and local variables.en.srt
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012 Global and local variables.mp4
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29 MB
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012 Saving plots as images (do not screen capture them).en.srt
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012 Saving plots as images (do not screen capture them).mp4
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012 fsolve function.en.srt
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012 fsolve function.mp4
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15 MB
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013 Gauss-Jordan implementation part VIII.en.srt
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7 KB
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013 Gauss-Jordan implementation part VIII.mp4
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57.6 MB
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013 The Trapezoid rule (numerical integration) Part I_ The definitions.en.srt
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2.6 KB
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013 The Trapezoid rule (numerical integration) Part I_ The definitions.mp4
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17.6 MB
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013 The input and disp commands.en.srt
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013 The input and disp commands.mp4
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45.1 MB
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014 Linsolve function.en.srt
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014 Linsolve function.mp4
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014 The switch case statement.en.srt
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014 The switch case statement.mp4
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40.5 MB
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015 Module's final project.en.srt
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015 Module's final project.mp4
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63.8 MB
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015 The Trapezoid rule and the Riemann sum by using MATLAB prebuilt functions.mp4
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77 MB
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035 PDF the For Loop and the While Loop.pdf
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42 KB
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036 PDF the For Loop and the While Loop.pdf
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PDF
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42 KB
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037 PDF the For Loop and the While Loop.pdf
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PDF
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42 KB
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038 PDF the newton-rhapson method.pdf
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PDF
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373.5 KB
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049 GAUSS-JORDAN.pdf
|
PDF
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68.4 KB
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068 projectile_motion.mat
|
MAT
|
716.8 B
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069 curve fitting.pdf
|
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305.3 KB
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070 projectile_motion.mat
|
MAT
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716.8 B
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071 projectile_motion.mat
|
MAT
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716.8 B
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080 Eulers_demonstration.m
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M
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1 KB
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080 eulers method.pdf
|
PDF
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892.8 KB
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085 RLC circuits.pdf
|
PDF
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810.8 KB
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Bonus Resources.txt
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TXT
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307.2 B
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Get Bonus Downloads Here.url
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URL
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204.8 B
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external-assets-links.txt
|
TXT
|
204.8 B
|
![[ FreeCourseWeb ] Udemy - MATLAB - From absolute scratch to the top!](/static/img/no-torrent-image.png "[ FreeCourseWeb ] Udemy - MATLAB - From absolute scratch to the top!")
