From basic calculations to college calculus, MathStudio is a full featured scientific calculator with over two hundred functions. Browse the entire list in our online manual.
MathStudio is powered by MobileCAS, our powerful and lightning fast computer algebra system that beautifully typesets your answers.
Solve limits, derivates, integrals and more!
Graph equations with speed and ease you never thought was possible! MathStudio graphs 2D function, parametric, polar, implicit, contour, vector fields, fractals and images with amazing speed and accuracy.
Rotate, pinch and graph 3D equations in real-time! MathStudio graphs 3D functions, parametric, spherical, cylindrical and vector fields.
MathStudio is the first and only graphing app that can also graph not only in space but in time. Use the T variable to create animated plots that plot graphs in space and time!
Plot lists of numerical data in scatter, histograms, box, probability plots! MathStudio even includes an advanced regression analysis package, choose from several regression functions or create your own!
MathStudio is the ONLY calculator app that also lets you create scripts in our powerful programming language that supports variables, loops and even recursion.
NO INTERNET CONNECTION REQUIRED
Unlike other math apps, MathStudio does not require an active internet connection. It does all calculations internally for fast and instant results.
After that, You can draw graphs of functions that you wonder as you want.
In 2D mode or 3D mode, you can draw easily many graphs.
This is a fun job if you prefer. I wonder how the graphs of functions change when the function's parameters change.
Normal functions, logarithmic functions, exponential function, the absolute value function, trigonometric functions, inverse trigonometric functions, and many more can easily draw a graph of the function.
In three-dimensional graphics, sphere, Moebius strip, Cone, and many more can draw graphs of three-dimensional shapes.
To use simple graph write your function in to the f(x) box and tap to Draw Graph button.
To draw a 3D graph write your functions parameters in to the boxes ( x, y, z ) and tap to Draw Graph button.
( Use "s" and "t" as parameter. )
If you want to see different 3D shapes then you can use Auto Graph button. There are several examples to see.
To write your function you can use that symbols ;
sin, cos, tan, ln, sqrt, abs, acos, asin, atan , ceil, floor, round, max, min, plus, minus, mul, div, pow,
^ , POWER
* , MULTIPLICATION
+ , ADDITION
- , SUBTRACTION
/ , DIVISION
When you try to draw 3D shapes you will be interest more.
2D and 3D function grapher.
Students hear the name of a function and choose the matching graph. After six right in a row, Race Mode starts automatically. It asks questions at speed to test the students' memory and comprehension of the functions just covered, before continuing with new functions. At the end of the race, students can see how well they have done relative to their other races. The game gradually focuses on any functions that the students have difficulty recognizing, and speeds up as competence is gained.
By contrast to Race Mode, Story Mode slowly introduces new functions by saying them as the graphs are shown, allowing students to quietly look, listen and learn.
The game is controlled by on-screen gestures which are simple to demonstrate and easy to use, and the game can be played without voice prompts.
* 60 graphs of 4 variations each of 15 mathematical functions
* Reciprocals, reflections and powers
* Race Mode tests memory and comprehension
* Story Mode allows students to look, listen and learn
* Slideshow Mode displays each function in its variations
* Zoom and Pan Mode magnifies the images to see more detail
* Easy on-screen gestures to control the game
* Context-sensitive help
The paid version of this app has much higher resolution photos than the free version. The free version has lower resolution photos and does contain advertising but no push advertising. No internet connection is required.
The perfect tool for students, teachers and anyone involved in math:
- supports standard graphs in Cartesian coordinate system, parametric graphs, graphs in polar coordinates and parametric graphs in polar coordinates, point graphs;
- simple and easy to use intuitive interface;
- 46 mathematical functions, built-in constants;
- any number of graphs on one screen;
- save graphs as images with various options;
- work in real time, gesture support, two virtual keyboard to choose, examples, help section, history, settings and more.
As a scientific calculator cFunction supports functions like pow, square roots, trigonometric functions and the logarithm. As mathematical constants, the Euler number e and Pi (π) are supported
On top of that with this graphing calculator you can plot (multiple) functions, calculate derivatives, roots, extrema (maxima or minima of a function), inflection points, value table, certain values, definite integrals, intersections of functions and it can convert between degrees and radian.
The calculator supports the trigonometric functions sine, cosine, tangent,
their hyperbolic representations hyperbolic sine, hyperbolic cosine and hyperbolic tangent
and the inverse trigonometric functions sin^−1(x), cos^-1(x), tan^-1(x), coth, cot, acot.
Using the calculator you can analyze functions fast and simple so it's perfect for your math classes.
Supports english, german, french and spanish.
Math, Calculator, Scientific Calculator, Graphing Calculator, calculate Derivative, calculate Integral, calculate roots, homework, math classes, math tool, plotting, math help, functions, plot functions, definite integrals, analyze functions, function plotter, extrema (maxima or minima of a function), inflection points, value table, certain values, definite integrals, intersections of functions, sine, cosine, tangent, pow, square roots, trigonometric functions and the logarithm
Create your customized graph with trigonometric, logarithmic or exponential-functions and make screenshots. You can change the range of X-Y-Z axis to see full details.
The app is very easy to use and help to almost all student which have mathematics and engineering as their subject.
You can save and name your functions.
A few good examples are already available, like damped oscillation and sphere-functions.
It's a graphical calculator with dynamic range
result tables and you can differentiate and simplify your functions.
Tiene funciones interesantes a la hora de graficar, como cambiar el tamaño de las divisiones de los ejes X y Y por arrastre 'pinch zoom', y su fácil navegación con el simple deslice de su dedo.
Draw functions on a Cartesian plan.
Several functions can be drawn on the same graph.
Assign different colors to functions.
Zoom in and out.
Explore by moving the plan.
Adjust density to get a precise graph without compromising responsiveness.
Soon, you'll be able to save your graphs, print them, or email them.
XFunction allows you to display graph of a function, move on it, zoom in or out areas of interest, see the value of the function at the point touched.
But the strength of Xfunction is in the way and speed with which you can do all that.
Thanks to a simple and intuitive interface, XFunction guides you when inserting the function ensuring the correctness of that as you type. Syntactic errors due to bad typing, typically present in applications of this kind will belong only to the past.
So from now thanks to XFunction draw the graph of a function becomes an easy game.
Managed functions below:
natural numbers 0-9
decimal point (.)
Napier’s number (or Euler’s number)
unit of measure of trigonometric functions: degrees or radians
In addition, there are two keys for navigation inside the expression:
-Delete last entry
-Right exit from a block brackets
In summary Xfunction is intuitive, fast, powerful and reliable.
Tested on major commercial devices with resolution: QVGA, WQVGA400, HVGA, WVGA800, WVGA854, WXGA with Android version 2.2 or higher.
- Drawing Bode and Nyquist plots of a linear transfer function
- Zooming and panning of generated plots
- Supported languages: English, Italian, German, Spanish
Features scheduled for next releases
Gain and phase margin
A short manual is available at:
Every suggestion is welcome.
The arguments covered vary from the graphical representation of functions (sin, cos ..), domains, codomain, roots etc etc.
This application will allow you to have somethings about Trigonometry always with you , to clear doubts and in preparation for tests or exams.
The application does NOT require data connection NOR specific readers.
- Graphs can be drawn as a smooth-shaded, lit surface or a wireframe.
- Displays up to 8 graphs simultaneously.
- Choice of perspective or orthographic view.
- Touch to rotate, pinch to zoom.
- Customizable colours for graphs and the graphing axis.
- Both trigonometric and hyperbolic trigonometric functions and their inverses are included.
Incluye introducción a:
III.-Sistema de coordenadas
V.-Límites y continuidad
Así mismo, las secciones de mayor dedicación y parte central del curso como son:
I.-La derivada y
El objetivo del presente curso es; guiar al estudiante en los temas fundamentales del Cálculo Diferencial e Integral y lograr un mejor aprovechamiento de sus clases relacionadas con éstos temas.
En ésta primer versión se incluyen los fundamentos teóricos suficientes para aprender a sacar derivadas e integrales, en nuestra siguiente versión se incluirán ejemplos resueltos de cada tema.
Incluimos bibliografía dentro de la aplicación para que el interesado amplie y mejore lo que aquí le ofrecemos con la aplicación.
Incluimos la nomenclatura de símbolos usados a lo largo de todo el curso para facilitar el uso de las definiciones, fórmulas, teoremas, etc. que se presentan a lo largo del curso.
Requerimientos del Sistema Operativo y SDK para poder correr ésta aplicación.
Android 2.3 y superiores
AIR 2.6 o más recientes
More from developer
Users college level with some knowledge in integral and/or Fourier series will appreciate in depth all features of this app.
Integrals calculator is a powerful app to calculate indefinite and definite integrals and make a complete functions analysis of real variable.
Integrals Calculator makes operations with functions such as Derivate, Integral and Fourier Series coefficients numerical calculations.
Also, Integrals calculator solve analytically differential ordinary equations up to order two (or output false when solution were not found), calculates Taylor polynomial around a point.
This app help in one variable real calculus, from Integrals, to Taylor polynomial. Also it calculates derivate, plot functions, Taylor Polynomial, derivate and so on ...
In resume, with Functions Integrator is able to do the following operations:
- Plot f(x) functions euclidean R2 space.
- Calculate indefinite integral or primitive or says if f is not integrable.
- Analytic Solver ODE with up to order 2.
- Numerical calculation of Fourier Series An, Bn Coefficients.
- Definite integral calculations.
- Locale extreme calculations.
- Limit of a function in a point.
- Taylor Polynomial Calculations.
- Semi-infinite and infinite definite integral calculations.
- Calculate derivate.
Integrals calculator requires internet connection!!
Reject imitations! This is the only integral calculator certified from www.mathstools.com.
3D-Functions Plotter is free a multivariable analysis tool designed to graph two variabled f(x,y) functions and surfaces parametrizations in R3-Space.
Application makes dynamic calculations for user-input equations, such us double integral and partial derivates, differentiable operators ...
These all calculations requires internet connection.
3DFunctions Plotter Covers the following features:
- 3D GRAPHING: Graph two variabled f(x,y) functions.
- GEOMETRY: Graph parametrized Surfaces and Manifolds.
- INTEGRATION: calculates analytic double integral, also Numeric integral is supported.
- DIFFERENTIATION: calculate partial derivates Laplacian and Gradient operators.
- HELP SECTION: functions writting, examples, graphics explanation ...
- CONTACT FORM: with it you can obtain support directly on this app.
Reject of imitations, Simplex Algorithm Calculator the Android version of the most popular internet Simplex Algorithm Calculator from www.mathstools.com
Simplex Algorithm Calculator is useful to solve linear programming problems Step by Step by simplex Algorithm, showing the pivot element, Simplex Tableau and optimization at each step.
You can execute step by Step or directly execution.
This app applies two-phase or simplex algorithm when required.
Is has a simply-numeric keyboar to get easy data inputs for users.
The best o all is that it not requires internet connection!!
This app is useful to do matrix operations, such us inverse, transpose, Jordan form, eigenvalues as do famous Matrix Calculator in www.mathstools.com website.
Also, it calculates product of matrices, sum of matrices, and some other matricial operations.
Matrix Studio solves linear systems equations too.
It admits fractions and results can be Real or Complex values.
Simplest, easiest, useful ... So is Matrix Studio. Other App from Mathstools.com.
This App requires internet connection!!
Runge-Kutta Methods can solve initial value problems in Ordinary Differential Equations systems up to order 6.
Also, Runge-Kutta Methods, calculates the An , Bn coefficients for Fourier Series representation.
You can select over 12 integration methods including Runge-Kutta including Fehlberg and Dormand and Prince methods. From most simply Euler Method (order 1) to New65 (order 6).
Program opens with a default initial value problem:
y' = y ,
For integration interval: [0, 1]
wich admits the inmediate and obvous solution y=exp(x).
*********************** INPUTS *************************
Select Simple ODE Solver mode if your problem has only an equation or System ODEs mode if you has a System or Ordinary equations.
1) Enter the initial value for the independent variable, x0.
2) Enter the final value for the independent variable, xn.
3) Enter the step size for the method, h.
4) Enter the given initial value of the independent variable y0.
5) Select from the combo the integration method (default Euler method is selected).
6) Enter the function f(x, y) of your problem, for example.
if f(x,y) = e2xy -> enter e^(2*x*y)
if f(x,y) = sin e2xy -> enter sin(e^(2*x*y))
6) Enter exact solution if known for the estimation of statistical Runge-Kutta methods error.
********************** NOTE THAT ***********************
The calculations using numerical methods are subject to two kind of errors
1)Truncation mehod error
2)Error due to limitation of computer arithmetic
For more information and questions questions please visit us in www.mathstools.com
This app requires interner connection!!