1 Day Mathematica

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Akshay Sunil

2:04:36

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1. Free Mathematica Account

1.1 Paid version.html

1.2 Set up a free Mathematica account.html

1. Setting up free account.mp4

04:27

2. Setting up free account.html

2. Introduction

1. Evaluate cell and define variables.mp4

05:05

2. Evaluate cell and define variable.html

3. Mathematica dashboard.mp4

03:39

4. Mathematica dashboard.html

5. Greek symbols.mp4

02:11

6. Greek symbols.html

3. Important in-built functions

1. Important in-built functions.mp4

13:45

2. Important in-built functions.html

3. Series and Solve functions.mp4

09:17

4. Series and Solve functions.html

4. Calculus - Limit, Differentiation, Integration

1. Calculus - Limit, Differentiation, Integration.mp4

10:38

2. Calculus - Limit, Differentiation, Integration.html

5. Fourier transform and Laplace transform

1. Fourier transform and Fourier series.mp4

08:07

2. Fourier transform and Fourier series.html

3. Laplace transform.mp4

01:43

4. Laplace transform.html

6. More in-built functions

1. Condition and ReplaceAll.mp4

03:26

2. Condition and ReplaceAll.html

7. Matrices

1. Matrices - Determinant, Inverse, Trace, Transpose, Eigenvalues, Eigenvectors.mp4

08:05

2. Matrices - Determinant, Inverse, Trace, Transpose, Eigenvalues, Eigenvectors.html

8. 2D and 3D Plotting

1. Plotting - 2D plotting, 3D plotting, Parametric plotting, Contour plotting.mp4

14:51

2. Plotting.html

9. SPECIAL Topics

1. Define a function.mp4

11:33

2. Define a function.html

3. Table.mp4

04:16

4. Table.html

5. Loops and breaks.mp4

10:34

6. Loops and breaks.html

7. Differential equations.mp4

04:37

8. Differential equations.html

10. More Learnings

1. Final Project - Explanation.mp4

07:50

2. Thank you!!!.mp4

00:32

Description

Learn Mathematica to Plot in 2D, 3D, create functions, solve problems in Calculus, Differential Equations, Matrices.

What You'll Learn?

No downloads, no subscriptions, learn how to use Mathematica for free
Mathematica syntax, short-cuts, formatting
Scientific symbols, In-built functions
Simplify, Expand, Sum, Product and many more functions
Series, Solve functions
Limit, Differentiation, Integration
Fourier transform, Fourier series
Laplace transform
Condition and ReplaceAll functions
2D plotting, 3D plotting, Parametric plotting, Contour plotting
Matrices - Determinant, Trace, Inverse, Transpose, Eigenvalues, Eigenvectors
Define a custom function
Table
Do loop, For loop, While loop
If statement, Break statement
Differential equations

Who is this for?

Beginner and Intermediate in Mathematica

College, University students

To learn and improve a new skill

What You Need to Know?

Access to Mathematica's website or mobile application

No programming experience needed

No downloads or subscription needed

More details

Description
Welcome to the course â€“ where you can LEARN Mathematica by DOING! With 17 lectures covering 2+ hours of video content, 10 practice test questions, 40 quiz questions, 4 plotting tasks in an assignment, and a final project with 2 challenging tasks, this course brings an action pack for comprehensive learning!

In this intensive course, we have condensed all the essential knowledge and skills you need to become proficient in Mathematica into a single, comprehensive curriculum.

From setting up your Wolfram Cloud account to tackling advanced functions and concepts, each lecture is carefully crafted to maximize your learning efficiency and effectiveness.

Join me as we guide you through Mathematica's fundamentals, syntax, and advanced techniques, empowering you to tackle complex mathematical problems with confidence and ease.

Dive into the basics in Lectures 1 and 2, covering notebook setup, cell evaluation, and numerical operations.
Lecture 3 focuses on formatting and customizing your Mathematica notebook for optimal presentation.
Unlock the power of symbols in Lecture 4, mastering shortcuts for Greek symbols and more.
Discover essential built-in functions in Lecture 5, from simplification to summation.
Move on to calculus concepts in Lecture 7, including limits, differentiation, and integration.
Learn about transforms in Lectures 8 and 9, including Fourier and Laplace transforms.
In subsequent lectures, explore advanced topics like Condition, ReplaceAll, matrix operations, plotting, loops, and differential equations.
Build a custom function.
Conclude your journey with Lecture 17, where we unveil your final project and guide you through its completion.

Unlock the full potential of Mathematica and transform your understanding of mathematical computation.

Enroll now and start your journey of learning Mathematica!
Who this course is for:
Beginner and Intermediate in Mathematica
College, University students
To learn and improve a new skill

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Math

Akshay Sunil

Instructor's Courses

Hello! My name is Akshay Sunil, and I am a research assistant at Fraunhofer IOF, Jena (Germany).I am developing the Advanced Physics Academy. I have been teaching physics and mathematics for the past four years. I aim to reach out to students across the world through my courses.I have created two courses on Udemy, 'Introduction to Cosmology 2024' and '1 Day Mathematica'.Do check my courses ;)

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