Notice: This page requires JavaScript to function properly.
Please enable JavaScript in your browser settings or update your browser.
Learn Applying Matrix Multiplication: Solving Systems of Equations | Recursion and Matrix Multiplication
Matlab Basics
course content

Course Content

Matlab Basics

Matlab Basics

1. Basic Syntax and Coding with a Text Editor
2. Coding Foundations
3. Learning Through Applications
4. Visualizations
5. Recursion and Matrix Multiplication

book
Applying Matrix Multiplication: Solving Systems of Equations

Here you'll learn how to use matrix multiplication to solve systems of equations that come up in a wide range of fields. The general methods can be extrapolated to find solutions to many other equational forms (remember the golden rule: if you imagine a good reason to perceive the transformation as linear, you can use matrix multiplication and Matlab to solve it!)

Task

Download the program Solve_System_Of_Equations and follow the instructions at the end of the video to modify the variables V_vector and F_vector to represent the following system of equations:

When modifying V_vector, additional equations go in additional columns. Additional variables go in new rows (i.e. each column has an additional row where the new variable is represented).

When modifying F_vector, the results from additional equations go in additional columns.

No changes needed when working with complex or real numbers: the transformations are identical and the outcome will automatically correspond to what you input.

Everything was clear?

How can we improve it?

Thanks for your feedback!

SectionΒ 5. ChapterΒ 4

Ask AI

expand
ChatGPT

Ask anything or try one of the suggested questions to begin our chat

course content

Course Content

Matlab Basics

Matlab Basics

1. Basic Syntax and Coding with a Text Editor
2. Coding Foundations
3. Learning Through Applications
4. Visualizations
5. Recursion and Matrix Multiplication

book
Applying Matrix Multiplication: Solving Systems of Equations

Here you'll learn how to use matrix multiplication to solve systems of equations that come up in a wide range of fields. The general methods can be extrapolated to find solutions to many other equational forms (remember the golden rule: if you imagine a good reason to perceive the transformation as linear, you can use matrix multiplication and Matlab to solve it!)

Task

Download the program Solve_System_Of_Equations and follow the instructions at the end of the video to modify the variables V_vector and F_vector to represent the following system of equations:

When modifying V_vector, additional equations go in additional columns. Additional variables go in new rows (i.e. each column has an additional row where the new variable is represented).

When modifying F_vector, the results from additional equations go in additional columns.

No changes needed when working with complex or real numbers: the transformations are identical and the outcome will automatically correspond to what you input.

Everything was clear?

How can we improve it?

Thanks for your feedback!

SectionΒ 5. ChapterΒ 4
We're sorry to hear that something went wrong. What happened?
some-alt