In the video, attached above, we showcase an easy-to-use app that simplifies the process of finding roots for any order polynomial equation, whether they are real, imaginary, or complex.

Our app is designed to provide you with accurate and lightning-fast results, allowing you to focus on the larger picture of your work without getting bogged down in tedious calculations. The app’s user-friendly interface makes it accessible for anyone, from beginners to advanced mathematicians.

We take you through the entire process of using the app, from inputting your polynomial equation to analyzing the results. You’ll quickly see how powerful and effective this app is, saving you valuable time and energy that you can put towards other important tasks. So why wait? Say goodbye to manual root-finding and hello to effortless and accurate results with this amazing MATLAB app!

Full MATLAB Project (open source):

The post Polynomial Roots Finder – An App That Can Solve Any Order Polynomial Equation! appeared first on MATLAB Apps.

The application is designed with many features, like the ability to adjust the rotating speed, select the rotating direction (clockwise or anti-clockwise), and resize the application window. Additionally, the app includes an instantaneous stopping and running switch, allowing for precise control over the simulation.

This video shows you step-by-step how this app works, from setting up the interface to coding the rotating disc animation. Having this project will let you learn about App Designer’s powerful capabilities for creating interactive MATLAB applications, and gain experience with fundamental concepts such as callbacks, GUI elements, and data structures.

You can download the complete project for a small fee used mainly for supporting us. With this project, you’ll have everything you need to customize the app for your own purposes, or use it as a starting point for your own MATLAB applications. Whether you’re a seasoned MATLAB user or just getting started, this app is sure to help you create dynamic, interactive simulations like a pro.

Full MATLAB Project (open source):

The post Newton’s Color Disc Simulator App appeared first on MATLAB Apps.

Our application is designed to simplify and express your functions in multiple ways efficiently. With our application, you can input your function and choose from a variety of properties, such as simplification, factoring, expansion, combining, combining into a common factor, analyzing into multiple parts, and more!

Our application goes beyond the typical functions of other math software. We understand that expressing functions using LaTeX is essential in many fields, which is why our application provides the option to express functions in LaTeX format. Additionally, you can view the results of your function in both symbolic and LaTeX format, making our application the comprehensive solution for those looking for advanced mathematical features.

Our user-designed application allows you to break down your defined function into three easier sub-functions called f(x), g(x), and h(x). The application automatically combines these functions into a smooth and easy-to-use final function, which you can express in any way you choose, and the application will provide you with the expression you need instantly.

You can download our application in three different ways: the first as an open-source project, which users who wish to add more features and improve it to a higher level can access and modify. The second as a MATLAB application, where you can easily install the application within the MATLAB environment and run it. The third as a stand-alone program, which can be installed on devices without the need for MATLAB software.

Our application is compatible with the latest versions of MATLAB and can be smoothly used by many engineers, researchers, and scientists in applied sciences, including mathematics, engineering, physics, and other scientific and applied fields.

Do not hesitate to download our application now and enjoy simplifying your function expression, obtaining accurate and immediate results.

MATLAB App Installer (closed source):

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Full MATLAB Project (open source):

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The post Equation Expression Calculator – with LaTeX Format | Simplify, Expand, Collect, & more! appeared first on MATLAB Apps.

Our app is designed to simplify the process of solving quadratic equations, no matter what coefficients or format you are dealing with. You can easily input any quadratic equation in the form of ax² + bx + c = 0 or even in a more general form like ax² + bx + c = d, and the app will apply the general formula to find the roots.

Our app is built in MATLAB using App Designer and features an intuitive user interface that is easy to use and navigate. You can enter your coefficients and view the solutions directly, including real, imaginary, or complex roots.

With the ultimate quadratic equation solver app, you can save time and effort while gaining a deeper understanding of quadratic equations. Whether you’re a student, a teacher, or simply looking to solve quadratic equations quickly and easily, our app is the perfect tool for you.

So why wait? Download the ultimate quadratic equation solver app today and start solving quadratic equations with ease!

Full MATLAB Project (open source):

The post Simple Quadratic Equation Solver appeared first on MATLAB Apps.

We showcase a custom-built app designed to convert speed gauge readings from kilometers per hour to miles per hour and vice versa. With just a few clicks, you can input your car’s speed reading and get an instant conversion to the desired unit.

This app utilizes MATLAB’s powerful AppDesigner tool to create a sleek, user-friendly interface that anyone can use. The app is highly customizable and can be tailored to fit your specific needs. Plus, it’s a great example of how MATLAB can be used to create practical, real-world applications.

So what are you waiting for? Get the app and learn how to take your car speed conversions to the next level with this amazing app!

Full MATLAB Project (open source):

The post Converting Speed Gauge Reading from km/hr to mph appeared first on MATLAB Apps.