Linux Software: Education App
Showing posts with label Education App. Show all posts
Showing posts with label Education App. Show all posts

November 30, 2019

LibreOffice Math Software to Write Math Formula in Linux

LibreOffice Math - Equivalent Software for Microsoft Equation in Linux. LibreOffice Math Software to Write Math Formula in Linux. This will guide how to install LibreOffice Math, review and features. Have you inserted a math formula in MS Word? You can insert math formula too in Linux with LibreOffice Math.

LibreOffice Math Software to Write Math Formula in Linux

LibreOffice Math is a linux application which can insert perfectly-formatted mathematical and scientific formulas in Linux and Windows too. Your formulas can include a wide range of elements, from fractions, terms with exponents and indices, integrals, and mathematical functions, to inequalities, systems of equations, and matrices.

LibreOffice Math is a part of LibreOffice - the office suite for Linux which contain Writer, Calc, Base, Presentation, and Math.

How to Install LibreOffice Math in Linux

For Linux Mint user, the LibreOffice suite package has been installed. You can open it by clicking Start/Menu >> Education >> LibreOffice Math, also you can open it by clicking Start/Menu >> Office >> LibreOffice Math


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Review LibreOffice Math for Linux

Math has a clean and approachable interface that permits anyone to work with the intuitive formula language, since code-programming skills are not required. Moreover, the help documentation settles any unclear aspects.

The User Interface's elements are fully customizable, including keyboard shortcuts for any command. Undoing and redoing actions is possible. Formula files can be easily attached to documents, spreadsheets, drawings and presentations. At the same time, Math can be called from Writer, Calc, Impress and Draw.

How to Type Science Equations in LibreOffice Writer ?

You should open your Writer then insert math formula through Insert >> Object >> Formula....
After opening that menu, you will see Math popped up, start by typing your math formula here.
Rare condition: How to import equations from math to writer? NO WAY! But you can do a trick as follow:
This may not be the most optimum way, but it should allow you to insert a formula without too much difficulty.
  1. In Math, copy the formula (from the editor section);
  2. In Writer, position the cursor where you want to insert the formula, then go to the menu Insert >> Object >> Formula... and then paste your formula.

Math Software Linux to Solve Algebra Calculus Geometry

FREE Math Software Linux to Solve Algebra Calculus Geometry with GeoGebra as Education Software for Linux. If you are looking Linux application to study geometry, linear algebra, spreadsheets, graphing, calculus also statistic in Linux then GeoGebra is the solution!

Math Software Linux to Solve Algebra Calculus Geometry

GeoGebra is a best free alternative software for Microsoft Math and Algebra Solver in Linux.

What is GeoGebra ?

GeoGebra is a Linux, Mac, and Windows application that provide dynamic mathematics software, supporting science, technology, engineering and mathematics (STEM) education and innovations in teaching and learning worldwide.

GeoGebra is the best and free software especially for Algebra and Geometry, have benefits as follow:
  1. Geometry, Algebra and Spreadsheet are connected and fully dynamic
  2. Easy-to-use interface, yet many powerful features
  3. Authoring tool to create interactive learning materials as web pages
  4. Available in many languages for our millions of users around the world
  5. Open source software freely available for non-commercial users

Review GeoGebra ~ An Algebra Software for Linux

GeoGebra makes a link between geometry and algebra in an entirely new, visual way - students can finally see, touch, and experience math. GOOD material resources for student and teacher available online and it's FREE. GeoGebra easy to use with friendly interface, you can visit GeoGebra tutorials here and join the GeoGebra Forum. Course and resource material online visit this.

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How to Install GeoGebra in Linux Mint/Ubuntu

For Linux Mint users can download and install directly from the GeoGebra installer. Follow these eteps for detail:
  1. Visit GeoGebra website here and select "More GeoGebra downloads"
  2. Please find the Linux section on that page, then select 64 bit or 32 bit installers for .deb based systems (Debian, Ubuntu)
  3. After download complete, double click the installer and choose "Install Package"
  4. Wait until finished, you can open the GeoGebra in Linux using Start/Menu >> Education >> GeoGebra
  5. Done!
GeoGebra also available online! So if you don't want install anything visit GeoGebra site and start your home work. If you are Google Chrome user, you can install GeoGebra Chrome Extension.

November 30, 2018

Mathematical Function Plotter for Linux With KmPlot

Best FREE Mathematical Function Plotter for Linux With KmPlot. How to install KmPlot in Linux, review KmPlot will be explained here. KmPlot is a Linux software to draw cartesian plot, parametric plot, polar plot, implicit plot, and differential plot in Linux.

Mathematical Function Plotter for Linux With KmPlot

KmPlot is a program to draw graphs, their integrals or derivatives. It supports different systems of coordinates like the Cartesian or the polar coordinate system. The graphs can be colorized and the view is scalable, so that you are able to zoom to the level you need.

Features of KmPlot - Linux Application to Plot Math Function

  1. Powerful mathematical parser
  2. Precise metric printing
  3. Different plot types, such as:
    • cartesian
    • parametric
    • polar
    • implicit
    • differential
  1. Highly configurable visual settings (plot line, axes, grid)
  2. Export to bitmap (BMP and PNG) and scalable vector graphics (SVG)
  3. Save/load complete session in readable xml format
  4. Trace mode: cross hair following plot, coordinates shown in the status bar
  5. Support zooming
  6. Ability to draw the 1st and 2nd derivative and the integral of a plot function
  7. Support user defined constants and parameter values
  8. Various tools for plot functions:
    • Find minimum/maximum point
    • Get y-value and draw the area between the function and the y-axis
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Review KmPlot As Mathematical Function Plotter in Linux Software

KmPlot has built in a powerful parser. High precision printouts with correct metric scale are very useful as worksheets in math and science lessons.

It can plot different functions simultaneously and combine their function terms to build new functions. It supports functions with parameters. You can change the parameters by moving a slider and see how the plot will change.

How to Install KmPlot Cartesian Plotter for Linux

Fortunately, Linux Mint and Ubuntu user can install directly from Terminal by typing :
sudo apt-get install kmplot
Wait until installation complete. Now you can open KmPlot after install by clicking Start/Menu >> Education >> KmPlot. For your example you can draw a math diagram by entering rf(x)=x and see the result as above.

That is Mathematical Function Plotter for Linux With KmPlot as mathematical software in Linux!

Math Graphing Calculator Apps for Linux With Kalgebra

Math Graphing Calculator Software for Linux With Kalgebra. This article will explain how to install Kalgebra in Linux and Review Kalgebra. Using linux application called Kalgebra you can do a math drills plotting coordinate points in Linux, representate 2D and 3D graphs in mathematic easily.

Math Graphing Calculator Apps for Linux With Kalgebra

Kalgebra developed by Aleix Pol Gonzalez and released under GNU General Public License (GPL), Version 2. KAlgebra is a MathML-based graph calculator. Besides it was initially mathml oriented now it can be used by everyone with little mathematic knowledge.

Review Kalgebra - Mat Expression Solver and Plotter for Linux

KAlgebra uses an intuitive algebraic syntax, similar to those used on modern graphing calculators. User-entered expressions are converted to MathML in the background, then Kalgebra solve it or plotting it as your need. Kalgebra has four views such as Console, 2D Graph, 3D Graph, and Dictionary.

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The dictionary includes a comprehensive list of all built-in functions in KAlgebra. Functions can be looked up with parameters, examples, formulas and sample plots. Over 100 functions and operations are currently supported.

KAlgebra is rooted in the Mathematical Markup Language (MathML); however, one does not need to know MathML to use KAlgebra.

How to Install Kalgebra in Linux - 2D and 3D Math Coordinate Plotter

For Linux Mint user and Ubuntu, you can install Kalgebra directly using Terminal by executing this command:
sudo apt-get install kalgebra
Wait until installation completed. Now you can open Kalgebra after install by clicking Start/Menu >> Education >> Kalgebra then Kalgebra window will appear.
As an example, click on the "3D Graph" and then type by following the Enter these command:
(x,y)->5*sin((x^2+y^2)^.5)/(x^2+y^2)^.5

Commands and Functions Supported by Kalgebra

With Kalgebra you can take benefits of using these command to make your work easier. Algebra common functions are: plus, times, minus, divide, quotient, power, root, factorial, and, or, xor, not, gcd, lcm, rem, factorof, max, min, lt, gt, eq, neq, leq, geq, implies, approx, abs, floor, ceiling, sin, cos, tan, sec, csc, cot, sinh, cosh, tanh, sech, csch, coth, arcsin, arccos, arctan, arccot, arccosh, arccsc, arccsch, arcsec, arcsech, arcsinh, arctanh, exp, ln, log, sum, product, diff, card, scalarproduct, selector, union, forall, exists, map, filter, transpose. How to use these function please refer to Kalgebra Handbook.

November 30, 2017

XMind: Best Mind Mapping Software Open Source for Linux

XMind: Best FREE Mind Mapping Software Open Source for Linux. With XMind you can draw fishbone chart, matrix, local network sharing, brainstorming tool, and draw gantt view in Linux. This linux article will explain how to install XMind in Linux, review XMind as a free mind mapping application for linux.

XMind: Best Mind Mapping Software Open Source for Linux

For Brainstorming lover, there is a software which can draw your idea using XMind. This software offers the productivity software tools and service. XMind, its flag product, is a great mind mapping and brainstorming software, and serving more than a million users around the world. Our purpose is to develop the best productivity tool, save people's time and raise the efficiency.

Review XMind - The Mind Mapping Software Open Source Linux

Besides the Mind Map structure, XMind also offers Org-chart, Tree-chart, Logic-chart, and etc. These charts will play an important role in some circumstances. For example, Org-chart can show the company/department/team structure clearly. Logic-chart is very useful in sorting the reasons.

XMind can be installed on Linux, Mac, and Windows. I believe that Gantt View is not a required feature for mind mapping software. But if you manage your project in mind maps, the feature will be extremely helpful!

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Gantt View shows start date, end date and progress of every task. A task (or a milestone) is actually a topic in mind map. So tasks have their tree structure, which we usually called a Work Breakdown System(WBS). And the structure is, you guess right, the mind map! And they're auto synchronized. The user interface is beautiful, the interaction is fluent, and the usability is improved. Complex operations can be done directly on the view.

How to Install XMind - Linux Application for Mind Mapping

For Linux Mint and Ubuntu users, you can install XMind by following these steps:
  1. Visit download area of XMind click here
  2. Choose your 32 bit or 64 bit for your machine, download it
  3. After downloaded you will se deb file, double click on the file and choose "Install Package"
  4. Wait until installation complete
Now you can open XMind after install by clicking Start/Menu >> Education >> XMind, and XMind window will appear such as picture. Start your work.

Running Matlab Command in Linux Using GNU Octave

Linux Software to run Matlab Command? GNU Octave is the best free one! This Linux article will explain how to install GNU Octave in Linux, review GNU octave. Running Matlab Command in Linux Using GNU Octave can be done easily with this application.

Running Matlab Command in Linux Using GNU Octave

GNU Octave matlab compatibility will understand your Matlab command and this app become the best Matlab alternative in Linux. GNU Octave language is quite similar to Matlab so that most programs are easily portable and become Matlab Replacement for Linux, Mac and Windows.

GNU Octave is a high-level interpreted language which help your numerical computations. GNU Octave provides capabilities for the numerical solution of linear and nonlinear problems, and for performing other numerical experiments.

This Linux Software can solve common numerical linear algebra problems, finding the roots of nonlinear equations, integrating ordinary functions, manipulating polynomials, and integrating ordinary differential and differential-algebraic equations.

Matlab alternative for Linux using GNU Octave provides an intuitive command-line interface for solving linear and nonlinear problems numerically, and for performing other numerical experiments using a language that is mostly compatible with Matlab.

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How to Install GNU Octave as Matlab Alternative in Linux

GNU Octave has been added to Linux repository so you can install it using Terminal by typing this code:
sudo apt-get install octave
 
Now you can run GNU Octave after installation by clicking Menu/Start >> Education >> GNU Octave

Review GNU Octave in Linux

GNU Octave provide Matlab functionalities and it is the best application for Matlab alternative in Linux. You can try to run Matlab in Linux Terminal using GNU Octave with result as above by typing these command in GNU Octave.
[x,y,z] = peaks(30);
surfc(x,y,z)
Linux article about Running Matlab Command in Linux Using GNU Octave useful? Please share through Google+, Twitter, or Facebook. Thanks!

October 29, 2016

gEDA Gschem to Create Electrical Schematics in Linux

Application to Create and Edit Electrical Schematics and Symbol in Linux with gEDA gschem. The gEDA project has released a full GPL'd suite and toolkit of Electronic Design Automation tools called gschem. Full explanation please read gEDA Gschem to Create Electrical Schematics in Linux completely.

gEDA is an application package for drawing electronic circuits that provide:
  1. gEDA / GAF - schematic capture and netlisting
  2. ngspice - SPICE simulation
  3. gnucap - analog simulation
  4. gspiceui - GUI front end for ngspice / gnucap
  5. pcb - PCB layout
  6. gerbv - Gerber viewer
  7. Icarus Verilog - Verilog simulator
  8. GTKWave - Digital waveform viewer
  9. wcalc - Transmission line and electromagnetic structure analysis
gEDA gschem is used for electrical circuit design, schematic capture, simulation, prototyping, and production. Based on the website, the gEDA project offers a free software applications for electronics design in Linux, including schematic capture, attribute management, bill of materials (BOM) generation, netlisting into over 20 netlist formats, analog and digital simulation, and printed circuit board (PCB) layout.

gEDA Schematic Editor -- gDA = GPL Electronic Design Automation --Application to draw Electronic Circuit on Ubuntu also Linux Mint. Electronic circuit is an image that contains a circuit combination of electronic components such as resistors, capacitors, diodes, transistors, and IC (Integrated Circuit).

How to Install gEDA gschem circuit Drawing Electronics Applications in Linux

gEDA can be installed directly through Terminal because it is already in the Ubuntu repositories. Open your Terminal and type the following Linux command :
sudo apt-get install geda-geschem
 

How to Use gEDA Schematic Editor in Ubuntu / Linux Mint

You can find an electronic circuits symbol here as your reference. To run your gEDA gschem please click on the Start Menu >> Others >> gEDA Schematic Editor and the main window will appear. Click the toolbar icon to add a symbol of electronic circuit into a worksheet.

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Benefit of Using gEDA gschem to Create Electronic Circuits in Linux

Tools in the gEDA suite and associated tools have the following characteristics:
  1. Free in the monetary sense (no cost).
  2. All the file formats and source code are available via the GPL license. This license grants specific rights to the authors and users of GPL'd software.
  3. Independence from any one vendor. All gEDA tools come with full source. You may freely redistribute, change, improve and port the tools. You may also distribute your changes, if you follow the terms of the GPL.
  4. No mechanism is used to restrict the use of the tools (like making use of hard disk serial numbers or ethernet addresses to force the software to only run on one machine).
  5. No arbitrary, marketeering-driven limitations. Free versions of commercial tools usually include capricious limitations (i.e. limited design size, inability to print, inability to export netlists, etc.) which cripple the program, and force the serious user to buy the real tool. In contrast, the gEDA tools are fully-featured, and do not arbitrarily impose limits on design as a way of extracting money from you.
  6. Legacy design protection. Since the software will always be available, and can always be updated to work with updated operating systems or libraries, gEDA tool design files will always be viewable and editable.
  7. Open design flow. This means that the tools talk to each other via known and documented means (files / APIs). It is easy to replace a tool or augment the tools with something else if you so desire. The gEDA suite is an EDA toolkit. The individual pieces are loosely coupled and allow for end users to customize or replaces parts of the design flow.
  8. Stability - Bugs which cause crashes are investigated immediately and fixed as soon as possible.
  9. Minimize bloat and unnecessary features.
  10. Run on as many platforms as possible. For gEDA/gaf: GNU/Linux, various other Unix systems.
  11. Developed in an open (no secrets) fashion.
  12. Strive to be documented.