# Description

Need to take a derivative? Whip it out and put it in! No internet required!

Input the function and the app will tell you the derivative of that function.

e.g. 2x^x+3x^2, sin(x), cos(sin(x)), etc. You get the picture...

Need to take the derivative more than once? Just hit derive again! Or, plug in a value for x and evaluate.

This derivative calculator also solves bounded integrals, numerically. It will factor polynomials for you, and simplify your answer.

Supports all basic calculus functions.

The best part? It actually works! Although, for extremely complicated functions the derivative may not be as simplified as possible (but it will still be correct)

Perfect for on-the-go mathletes.

Takes practically no space.

Note: Parenthesis must match up before you can take the derivative.

Keywords:

Derivative, Calculator, MRD, Derivatives

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# Reviews

Helpfulness

Newest

Rating

Helpfulness

All Versions

All Versions

Latest Version

3.7

9 total

5 5

4 0

3 2

2 0

1 2

Nyomi Bojey

Great App Great way to find derivatives. Glad someone finally used exp() as a function instead of e^ makes way more sense to me as someone who has used a lot of computer algebra systems

A Google User

Great app for checking answers Great app that can handle complicated inputs and give back a nice simplified answer. Even factors polynomials with integer roots. 5/5.

User reviews

Review deleted

# Additional information

Updated

September 16, 2013

Size

433k

Installs

500 - 1,000

Current Version

1.0

Requires Android

2.2 and up

Content Rating

Everyone

Permissions

Report

Flag as inappropriate Offered By

MRD

Developer

# Similar

## Calculus Derivative Calculator

Jesbus

1

This easy to use app calculates the derivative of any formula you enter into it. It will give you both a graphical representation of the derivative, so you can easily understand the output formula, and a representation in text which other software can understand.

No internet connection needed! All calculations are done offline on your device!

This app isn't just a list of derivatives, it uses the quotient rule, product rule and chain rule recursively to produce derivatives.

No internet connection needed! All calculations are done offline on your device!

This app isn't just a list of derivatives, it uses the quotient rule, product rule and chain rule recursively to produce derivatives.

## DerivCalc

This is not a simple derivative calculation; the calculation process is shown in a human-understandable way.

While solving the problem, the calculation process of the derivative is specified of:

- sum

- multiplication

- quotient

- power

- mathematical root

- exponent function

- composite function

- various mathematical functions such as sin, ln, exp etc.

While solving the problem, the calculation process of the derivative is specified of:

- sum

- multiplication

- quotient

- power

- mathematical root

- exponent function

- composite function

- various mathematical functions such as sin, ln, exp etc.

## Derivatives

AvelSoft

1

Compute functions derivatives directly on your Android device!

Very useful for math or physics exercices

Very useful for math or physics exercices

✓ Compute first and second derivative

✓ Nice looking functions equations

✓ Lot of functions, like abs, sqrt, cbrt, ln, exp, log, and 24 trigonometrics functions (cos, sin, tan, sec, acos...)

✓ No Internet connection needed

✓ Syntaxic coloration (optional)

## DerivCalc Free

The calculation is performed in a human-understandable way.

This free trial version does not specify the process of calculating the derivative, only the final result is shown.

Try it before purchasing. Update your software application up to the commercial version, with the derivative calculation process shown.

This free trial version does not specify the process of calculating the derivative, only the final result is shown.

Try it before purchasing. Update your software application up to the commercial version, with the derivative calculation process shown.

## Differentiate or Integrate

Version 1.3 :

- Crash Fixes

- More intuitive UI

- Crash Fixes

- More intuitive UI

You can also solve differential equations and plot graphs of your choice

Now, do your homework easily when the app :

-- Shows all the steps of differentiation and integration

-- Supports a wide range of functions (trigonometric, polynomial, logarithmic / a combination of them)

-- Draws a graph of any mathematical function

-- Allows you to solve differential equations with initial value problems.

-- Allows you to view the raw data of every computation

-- Has pinch-to-zoom feature so that you can analyze your solutions well

-- Uses multicolored graph plots so that you can compare the solutions of differential equations

For feedback and suggestions, send an email to rajatpawar@hotmail.com. Note that the app is ad-based which is not shown in the screenshots for clarity.

Visit http://rajatpawariit.wix.com/difforint and https://twitter.com/DiffOrInt for further details.

## Prime Calc

Aeiou

1

PrimeCalc - free scientific symbolic calculator

- 70 functions, 20 mathematical constants and up to six variables

- New functions and constants can be defined by the user

- Supports complex numbers

- Matrices, vectors, sets and calculations on them

- Solves the mathematical equations

- Calculate the integrals and derivatives

- Step-by-step calculations

- And many more

Supported functions, operators, and mathematical constants:

Arithmetic:

Operators +, -, ×, ÷, %

x^n - nth power of x

√(x) - Square root of x

√(n, x) - nth root of x

ln(x) - Natural logarithm of x

log(x) - Logarithm of x to base 10

log(n, x) - Logarithm of x to base n

∑(f(x), imin, imax) - Summation of f(x) from imin to imax

∏(f(x), imin, imax) - Product of f(x) from imin to imax

Mathematical analysis:

∫(f(x)) - Indefinite integral of f(x)

∫(f(x), xmin, xmax) - Definite integral of f(x) from xmin to xmax

∂(f(x)) - Derivative of f(x)

lim(f(x), c) - Limit of f(x) when x approaches c

Equation solving:

Representation of polynomial - x^2+3x-2=0

= - Polynomial equation operator

Numerical Functions:

m mod n - Remainder of m ÷ n

gcd(m, n) - Greatest common divisor of m and n

lcm(m, n) - Least common multiple of m and n

abs(n) - Absolute value of n

round(n) - Integer closest to n

frac(n) - Fractional part of n

floor(n) - Floor value of n

ceil(n) - Ceiling value of n

Complex numbers:

Representation - 5+2i

re(c) - Real part of complex number c

im(c) - Imaginary part of complex number c

Statistics:

median([a]) - Median of [a]

gmean([a]) - Geometric mean of [a]

amean([a]) - Arithmetic mean of [a]

randi(n) - Random integer from 0 to n

randr - Random real from 0 to 1

Number theory:

harmonicN(n) - nth harmonic number

Combinatorics:

n! - Factorial of n

binomial(n, k) - Binomial coefficient

multinomial(n1, n2, ...) - Multinomial coefficient

catalanN(n) - nth Catalan number

fibonacci(n) - nth Fibonacci number

Trigonometric functions:

sin(x), cos(x), tan(x)

sec(x), csc(x), cot(x)

asin(x), acos(x), atan(x), acot(x)

Hyperbolic functions:

sinh(x), cosh(x), tanh(x)

arsinh(x), arcosh(x), artanh(x)

Matrixes:

Representation - [[1,2],[3,4]]

[m1]⋅[m2] - Product of [m1] and [m2]

tran([m]) - Transpose [m]

ctran([m]) - Conjugate and transpose [m]

inverse([m]) - Invert [m]

det([m]) - Determinant of [m]

tr([m]) - Trace of [m]

mpow([m], n) - nth matrix power of [m]

Number sets:

Representation - [1,2]

union([a1], [a2]) - Union of two sets

intersec([a1], [a2]) - Intersection of two sets

max([a]) - Largest element of [a]

min([a]) - Smallest element of [a]

Constants:

π - Number Pi

e - Euler's number

i - Imaginary unit

∞ - Infinity

γ - Euler–Mascheroni constant

G - Catalan's constant

A - Glaisher–Kinkelin constant

φ - Golden ratio

κ - Khinchin's constant

C₂ - Twin prime constant

ζ₃ - Apéry's constant

B₄ - Brun's constant for prime quadruplets

B₂ - Brun's constant for twin primes

EB - Erdős–Borwein constant

δ - Feigenbaum first constant

α - Feigenbaum second constants

BL - Legendre's constant

M₁ - Meissel–Mertens constant

## MathAlly Graphing Calculator

MathAlly

1

MathAlly Graphing Calculator is quickly becoming the most comprehensive free Graphing, Symbolic, and Scientific Calculator for Android.

Here are some of our current features:

Basics:

-Enter values and view results as you would write them

-Swipe up, down, left, or right to quickly switch between keyboard pages.

-Long click on keyboard key to bring up dialog about key.

-Undo and Redo keys to easily fix mistakes.

-Cut, Copy, and Paste.

-User defined functions with f, g, h

Symbolic Calculator:

-Simplify and Factor algebra expressions.

-Polynomial long division.

-Solve equations for a variable.

-Solve equations with inequalities such as > and <

-Solve systems of equations.

-Simplify trigonometric expressions using trigonometric identities.

Graphing:

-Graph three equations at once.

-View equations on graph or in table format.

-Normal functions such as y=x^2

-Inverse functions such as x=y^2

-Circles such as y^2+x^2=1

-Ellipses, Hyperbola, Conic Sections.

-Inequalities

-Logarithmic scaling

-Add markers to graph to view value at given point.

-View delta and distance readings between markers on graph.

-View roots and intercepts of traces on graph.

-Regression

Calculus:

-Differentiation.

-Definite integration.

Other Features:

-Complex numbers

-Hyperbolic functions

-nCr and nPr functions

-Change numeric base between binary, octal, decimal, and hexadecimal

-Bitwise operators AND, OR, XOR, and NOT

-Matrices.

-Vector dot product and norm.

FAQ’s

Q. Is there are tutorial anywhere explaining how to use the graphing calculator?

A. There are three into tutorials in the app for the calculator, graph equations, and graph screens. Additional tutorials can be found on our website http://www.mathally.com/

Q. How do I get to the keys for pi, e, solve, etc?

A. There are four keyboard pages. Each swipe direction across the keyboard moves you to a different page. The default page is the swipe down page. To get to the page with trig functions, swipe left. To get to the matrix keys, swipe up. To get to the last page, swipe right. No matter what page you are on, the swipe direction to move to a specific page is always the same.

Q. What do you have planned for future releases?

A. You can keep up to date on the latest news on our blog at http://mathally.blogspot.com/ . This news will include what is coming up in future releases. Also feel free to leave comments and let me know what you think!

If you find a bug or have questions, please email me.

Math Ally