# What are the best Programming Languages for Mathematics?

### In solving mathematical numerical, various hindrances are faced while formulating the results.

Thus, scientist and the programmers have researched and developed various programming languages for solving mathematical numerical more appropriately. They have also attempted to make the process of solving the mathematical numerical intriguing.

Therefore, it is important to acquire proper information on the best programming languages for mathematics. They are as follows:

MATLAB programming

The Matrix Laboratory (MATLAB) is a fourth-generation programming language that is used for the numerical purpose of computation. It was primitively written in order to provide convenient access to the matrix was developed by LINPACK and EISPACK projects. They are the representatives of the state-of-the-art software for computation of matrix. Developed by Math Work, this programming integrates visualization, integration along with an easy to use environment. This easy to use environment includes the process of expressing problems and solutions in mathematical notation.

The authentic uses of MATLAB are the following:

• Engineering and scientific graphics
• Development of algorithm
• Prototyping, modelling, and simulation
• Visualization, data analysis, and exploration MATLAB, the variables are represented in the form of array those are used for indexing. A matrix is a part of linear algebra that is represented in a two-dimensional array. In MATLAB workspace the variables are either created or imported from other programs or data files. This program also allows the plotting of 2-d and 3-d graphics functions to envisage results.  The functionality of MATLAB can be expanded by the addition of toolboxes that improvise the functionality. It is a high-level array language or matrix, which comprises flow statements, structures, data; object-oriented programming features along with input and outputs. It is also an immense assemblage of computational algorithms, which ranges from complex arthimatics to trigonometric functions like sine, cos, tan, etc.
GNU Octave
The GNU Octave is an improved level software programming language that is framed to solve numeric computation. This programming is used in solving the linear and nonlinear numerical. This is one of the languages that are compatible with MATLAB and thus allows performing various numerical experiments. This is free software since it is under the terms of the GNU General Public License. Furthermore, this mathematical programming language can be utilized in the updated version of Windows, BSD, Mac operating system, Linux and others. This programming might also have prevalence as a batch-oriented language.

The GNU Octave can be used to perform elementary calculations like arithmetic operation, exponential, a trigonometric function and others. This is also used to create matrix and vectors. For example, Octave uses space or comma to spate the entries, and if the command is ended with a semicolon, it operates Octave not to derive the result but rather move to the next row for further calculation. This programming language is used to solve complex differential equations, integration, and other high-level mathematics. It is to be noted that, the current version of Octave helps in the execution of graphical user interface (GUI). It hosts the Integrated Development Environment (IDE), which comprises a code editor, along with syntax highlighting. It also contains an inbuilt debugger, browser for documentation.

Sage Math
The System for Algebra and Geometry experimentation (SAGE) math is the primary software that is used to solve numerical related to algebra, calculus, combinatorics, and others. The first version of this mathematical programming was developed under the terms of the GNU General Public License. Their initial goal was to create an open source alternative to programmes like MATLAB, Mathematica, Maple, and Magma.  The programming uses a syntax that is similar to PYTHON programming those are used to support functional, procedural and object-oriented mathematical constructs. This programming language is easily compatible with Google Chrome, Firefox, opera and others that make it easy for the programmer to run the program feasible. The features of Sage Math include visualisation of graph theory and analysis tool, a huge library with mathematical functions related to theory functions and many others. This programming uses the help of a toolkit to add user interfaces those are related to application and calculations.

APL
The central data type of APL programming involves a multi-dimensional array, and it helps to concise the coding process by using a large number of graphic symbols and representation. This programming influences the development of functional programming, variable concept establishment regarding numerical, spreadsheet and others. One of the strongest features of APL is that they can execute any generalized array data without complicating the programming process. The APL programming has operators those help to improve the applied functions giving the programmer the opportunity to build numerical blocks that can collaborate easily. Thus, the flexibility to handle complicated numerical data makes the use of APL programming for solving mathematics a unique programming language. It also facilitates the representation of most operators and functions, which leads to a very brief code. Moreover, this has an improved influence on the establishment of functional programming, concept modelling, and computer maths packages.

Wolfram Mathematica
This software is a symbolic mathematical computation programming that is most often termed as computer algebra system.  This programming is used in scientific research, calculating engineering mathematics along with computation in other fields. This programming language is supportive for computation of data related to arithmetic, complex numerical, interval arithmetic along with symbolic computation. Further, the program can generate 2-D and 3-D mesh and supports the censored data, time series, temporal data, and others. The real value of this programming lies in its multi-domain standard library that helps to execute various mathematical applications with ease efficiently.

Thus, by using the help of these programming languages, the mathematical operations can be efficiently executed by those keen towards learning mathematics.

# The MATLAB programming is a language developed by Mathworks. It was developed for the first time in the form of matrix programming language, and it involved simple linear Algebra programming.

This programming language is easy to learn and includes the inclusion of vibrant communities.

For instance, even NASA is also using the programming for its Pluto mission. The way to learn to programme within 30 days requires involving a collection of a lot of learning sources within a short time span that might make you puzzled as a beginner.

Thus, to learn this programming in a feasible way, you are required to join the online courses which are put forward by various learning sites. Moreover, you can also -teach yourself by following the video tutorial.

Here, I have mentioned a few of the online courses and video tutorials that could be useful in learning programming within a short period. This entire discussion will be helpful in understanding how useful knowledge of can be gained within a short period by adopting a smart learning strategy.

Coursovie provides a course for learning MATLAB programming in 30 days. In this course, the students are assisted to develop related programming skills by solving various sample problems related to programming which also linked to MATLAB, with proper guidance from the peers.

In this course, the students are provided various completed and mini MATLAB projects that can be used by the students to practice for developing their skills. The course involves learning about advanced MATLAB functions, strings, and text manipulation, importing and exporting of files in MATLAB, etc. Moreover, on completion of this course, Coursovie provides the students with a specific Training Certificate that can be used by the students to get employed as MATLAB Programmers. Through the use of Coursovie, students can understand a variety of aspects associated with MATLAB Programming. It is a perfect course for students in learning basic MATLAB concepts, such as MATLAB command prompt, reading as well as writing data files and so on. Also, students can learn about other aspects of MATLAB through Coursovie courses such as numbers, strings, arrays and so on.

Students can be able to acquire knowledge on advanced topics associated with this programming language through taking this course as well such as digital manipulation, object-oriented programming, and operations related to control flow and error messages. Also, students can acquire knowledge also on how to maintain and utilise the program flow associated with MATLAB.

This Programming can also be learned by downloading MATLAB Chat Sheets which involve programming syntax and the processes related to working with the built-in functioning in a rapid manner. The MATLAB software for accessing the MATLAB Chat Sheet can be downloaded from the online web portal of mathworks.com. The software involves a 30 day trial period that allows the learner to test-drive the entire cavalcade of applications of MATLAB. The trial package available at mathworks.com includes six segments that include add-on products related to each application area such as control systems, Computational Biology, image processing and computer vision, data analysis, and Computational Finance. Thus, the students have the feasibility to access the type of required application according to their needs associated with the obligation to learn about the programming within a short period.

In the context of the modern era, YouTube is considered as an active medium of acquiring knowledge on this programming. YouTube is helpful for people, who wish to learn to programme effectively. Through YouTube, a person can learn about programming and its practical applications. They can view a practical demonstration of this programming language through YouTube videos. Various YouTube channels are also present that can be easily accessed by the students to learn MATLAB programming in no time.

One such channel is the Official YouTube Channel of Mathworks that provides an ample number of video graphic classes on learning basics of the MATLAB Programming through professionals. The series of the videos presented in this channel also provides in-depth learning concepts which are put forward by various professionals with a simple approach. The channel also has a section called “Getting Started with MATLAB” that provides the basic understanding of the programming langue to the student and the learners with pictorial representation and demonstrations.

Thus, with the help of these videos, the students opting to learn this programming within 30 days can quickly achieve their goals.

Further, the other channels those are helpful for learning programming includes MATLAB Tutorials, Mathworks Video playlists along with various tutorial videos by professors and teachers.

Programming can also be learned within 30 days by accessing online classes, courses, and training provided by Lynda.com. The course involves learning of core syntax related to MATLAB programming, extended MATLAB with a toolset and additional libraries and others.

Thus, by undergoing this course, the students can develop their knowledge about programming which can assist them to progress further into their career development plans and can also equip them with the knowledge process to get themselves immersed into the world of voluminous data processing.

The learning of any programming language needs adequate information and knowledge. The students have thus to clarify and gain in-depth knowledge regarding their exercise and can use various books related to MATLAB programming. Few examples of such books include Robotics, Vision, and Control: Fundamental Algorithms in MATLAB, Mobile Robots: Navigation, Control, and Remote Sensing, Simulation of Dynamic Systems with MATLAB and Simulink. The students can use these books to gain theoretical knowledge related to programming to help them in learning the programming language within 30 days.

Moreover, the books would also act as a guide in the learning process by providing them in-depth knowledge regarding the syntax and the technical accuracy which is required.

Through utilising books, students can acquire theoretical knowledge of MATLAB. The proper utilisation of the available resources such as the books and online guidance material specifically oriented towards the idea of providing the students with an in-depth perspective and capability enhancement skills regarding operating of the MATLAB programming software can also lead to the effect of the students becoming aware of their potentials. The learners could also understand numerical methods as well as programming associated with this programming.

Kelly Bennett’s MATLAB Applications for the Practical Engineer will be helpful for new learners and beginners in learning a variety of aspects associated with this programming. Also, there are other books, which are to be followed, such as Applications from Engineering with MATLAB Concepts, which was written by Jan Valdman. Holley Moore’s MATLAB for Engineers will also be useful for gaining knowledge on this programming language. Through this book, a researcher can acquire knowledge on a hands-on approach to programming. Also, this book has emphasized the problem-solving approach concerning programming language. However, students with a strong background in Algebra can work on this programming from multiple perspectives. Also, E-books can also be utilised with the objective of improving knowledge about programming.

Thus, with the help of the following information, the students who are trying to learn this programming within 30 days can easily fulfill their dream with the support of the online courses and training provided by various E-educational sites.