Product Discloser of Math in ONE Calculator for Windows and Android

"Math in ONE" Product Disclosure

Code use for Windows, Android versions

(W) - Applies to Windows version
(A) - Applies to all Android versions
(AG) - Applies to Android graphing version
If no symbol is indicated, then instructions apply to both Windows and Android products
'*' - can be operated in complex numbers

Functions

Constants

Symbol

Description

Symbol

Description

abs()*

Absolute value

acos()*

Cosine Inverse

acosh()*

Cosine Hyperbolic Inverse

acot()*

Cotangent Invers

acoth()*

Cotangent Hyperbolic Inverse

acsc()*

Cosecant Inverse

acsch()*

Cosecant Hyperbolic Inverse

asec()*

Secant Inverse

asech()*

Secant Hyperbolic Inverse

asin()*

Sine Inverse

asinh()*

Sine Hyperbolic Inverse

atan()*

Tangent Inverse

atanh()*

Tangent Hyperbolic Inverse

beta( , )*

Beta

betaI( , , )*

Beta Incomplete

betaIR( , , )*

Beta Incomplete Regularized

cbpw()*

(A) Cubic power - x³

cbrt()*

Cubic Root - ³√x

ceil()

Smallest Integer Rounded Up

com( n, k )

Combination

cos()*

Cosine

cosf()*

Cosine Fresnel Integral

cosh()*

cosI()*

csc()*

csch()*

cot()*

coth()*

dI()*

dToR()

Converts Degrees to Radians

erf()*

Error Function

erfg( , )*

Generalized Error Function

exp()*

Exponential Function

expI()*

Exponent Integral

expIG( , )*

Generalized Exponent Integral

floor()

Highest Integer Rounded Down

gam()*

Gamma

gamI( , )*

Gamma Regularized

gamIC( , )*

Gamma Regularized Complement

gamIL( , )*

Gamma Incomplete Lower

gamIU( , )*

Gamma Incomplete Upper

gE()

Gravitational Acceleration on Earth

getExp()

(W) Logarithm Base 2 Rounded Down To Integer

ln()*

Natural Logarthm Base e

lnI()*

Logarithmic Integral

log()*

Logarthm Base 10

nrt( , )*

n^th root - ⁿ√x

perm( , )

Permutation

pol( ,,, )*

Polynomial - a₀ + a₁ * x + a₂ + x² +......

pow( , )*

Power z^w

rint()

Rounded

rToD()

Converts Radians to Degrees

Sec()*

Secant

Sech()*

Secant Hyperbolic

signum()

(W) -1,0,+1

sin()*

Sine

sinF()*

Sine Fresnel Integral

sinh()*

Sine Hyperbolic

sinI()*

Sine Integral

sqpw()*

(A) Square power - x²

sqrt()*

Square Root - √x

tan()*

Tangent

tanh()*

Tangent Hyperbolic

toPolar()*

Converts Complex Number to Polar Coordinates

(W) Statistic Functions
Symbol	Description

per( , )

Probability that an event happened

avD

Sample Average Deviation

err

Sample Standard Error

errT

Sample True Standard Error

max

Sample Largest Number

mean

Sample Arithmetic Mean

meanG

Sample Geometric Mean

meanH

Sample Harmonic Mean

med

Sample Median

min

Sample Smallest Number

mod

Sample Mode

pro

Sample Product

ran

Sample Range

saD

Sample Deviation

stD

Sample Standard Deviation

sum

Sample Sum

svar

Sample Variance

var

Sample Standard Variance

(W) Matrices
Symbol	Description

col[,]*

Extracts the n^th column

row[,]*

Extracts the n^th row

rTc[]*

Converts a row matrix to a column

cTr[]*

Converts a column matrix to a row

apR[,]*

Appends a row to a matrix

apC[,]*

Appends a column to a matrix

det[]*

Matrix Determinant

eva[]*

Matrix Eigenvalues

eve[]*

Matrix Eigenvectors

hcj[]*

Hermitian Conjugate Matrix

inv[]*

Matrix Inverse

low[]*

Lower Matrix

sle[]*

Solves n-Linear Equations

tra[]*

Transpose Matrix

trp[]*

Matrix Traces

upp[]*

Upper matrix

Mathematical Constants
e	Euler's constant
γ	Euler-Masheroni Constant
¶	Pi

Fundamental Physical Constants

* UNIVRSAL *
c	Speed of light
μ₀	Permeability (electromagnetism)
Ε₀	Permittivity
Z₀	Characteristic Impedance of vacuum
G	Gravitational Constant
h	Planck's Constant
hr	Reduced Planck's Constant
mp	Planck's Mass
Tp	Planck's Temperature
Lp	Planck's Length
tp	Planck's Time

* ELECTROMAGNETIC *
ec	Electron Electric Charge
Φ₀	Superconductor Magnetic Flux
Go	Conductance quantum
Kj	Josephson constant
Rk	van Klitzing constant
μB	Bohr Magneton
μM	Nuclear Magneton

* PHYSICOCHEMICAL *
NA	Avogadro's Number
mu	Atomic Mass Unit
F	Faraday constant
R	molar gas constant
kB	Boltzmann Constant
V_m	molar volume of ideal gas at T=273.15[K] p=100[kPa]
n₀	Loschmidt constant
σ	Stefan-Boltzmann constant
c₁	first radiation constant
c₂	second radiation constant
b	Wien displacement law constants
* ATOMIC AND NUCLEAR - General *
α	fine-structure constant
R_∞	Rydberg constant
a_o	Bohr radius
E_h	Hartree energy
* ATOMIC AND NUCLEAR - Electron e *
m_e	electron rest mass
ml_e	Electron molar mass is `NA*m_e`
λ_e	Compton wavelength electron
r_e	Classical electron radius
σ_e	Thomson electron cross section
μ_e	elecron magnetic moment
α_e	electron magnetic moment anomaly
gf_e	electron g-factor
γ_e	electron gyromagnetic ratio
* ATOMIC AND NUCLEAR - Muon μ *
m_μ	muon mass
ml_μ	muon molarMass `NA*m_μ`
λ_μ	Compton wavelength muon
μ_μ	muon magnetic moment
α_μ	muon magnetic moment anomaly
gf_μ	muon g-factor
* ATOMIC AND NUCLEAR - Tau τ *
m_τ	tau mass
ml_τ	tau molar mass `NA*m_τ`
λ_τ	tau Compton wavelength
* ATOMIC AND NUCLEAR - Proton, p *
m_p	Proton Rest Mass
ml_p	proton molar mass `NA*m_p`
λ_p	proton Compton wavelength
r_p	proton rms charge radius
μ_p	proton magnetic moment
gf_p	proton g-factor
μ'_p	shielded proton magnetic moment
σ'_p	proton magnetic shielding correction
γ_p	proton gyromagnetic ratio
* ATOMIC AND NUCLEAR - Neutron, n *
m_n	Neutron Rest Mass
ml_n	neutron molar mass `NA*m_n`
λ lc_n	neutron Compton wavelength
μ _n	neutron magnetic moment
gf_n	neutron g-factor
σ_n	neutron gyromagnetic ratio
* ATOMIC AND NUCLEAR - Deuteron, d *
m_d	deuteron mass
ml_d	deuteron molar mass `NA*m_d`
r_d	deuteron rms charge radius
μ_d	deuteron magnetic moment
gf_d	deuteron g-factor
* ATOMIC AND NUCLEAR - Triton, τ *
m_τ	triton mass
ml_τ	triton molar mass `NA*m_τ`
μ_τ	triton magnetic moment
gf_τ	triton g-factor
* ATOMIC AND NUCLEAR - Helion, h *
m_h	helion mass
ml_h	helion molar mass `NA*m_h`
μ_h	helion magnetic moment
gf_h	helion g-factor
μ_h	shielded helion magnetic moment
σ_h	helion gyromagnetic ratio
* ATOMIC AND NUCLEAR - Alpha particle, α *
m_α	alpha mass
ml_α	alpha particle molar mass `NA*m_α`

(W) Vectors

Symbol

Description

Symbol

Description

detV[]	Vector determinant
dotP[]	Vector dot product
xP[]	Vector cross product
pppTP[]	Defines a plane through three points
ppTL[]	Defines a line through two points
pLTP[]	Defines a plane through a line & a point

LPI[]	Defines a point for the intersection of a line and a plane
PPI[]	Defines a line for the intersection of two planes
LLD[]	Defines the shortest distance between two lines
pLD[]	Defines the shortest distance between a point and a line
pPD[]	Defines the shortest distance between a point and a plane

(W)(AG) appRFZ( acc, Xmin, Xmax, Fn0) and appRFZN( acc, Xstart, Fn0, DFn0) Finds roots of a Real Function.

(W) Finds the max or min of a Real Function with up to 10 independent variables.

(W) (AG) appTRFI( acc, Xmin, Xmax, Fn0, Fn1) Finds the intersection of two Real Functions.

(W) Finds n roots of a n^th order Polynomial.

(W) Finds the n^th order Polynomial Coefficient going through n+1 points.

(W) (AG) appCFZ( acc, XY, Fno) Finds the complex roots of a complex function.

(W) (AG) appLoopM(Fn(m0,m1,...)) Calculates the function values for a predefined independent variable.

(W) Calculates the function values in a predefined increment.

(W) (AG) appDer(Xat,D-order,Step,Fno) Finds up to a fifth order derivative of a function.

(W) (AG) appInt(Xmin,Xmax,Step,Fno) Finds the integral of a function.

(W)Finds the 1^st Order Differential Equation value.

(W) Draws function integrals, and 1^st order differential equations. (W)(AG) drawCar( XY, Fn0 , Fn1, Fn2, ...) Draws in Cartesian coordinates real functions and function derivatives.

(W)(AG) drawPol( XY, Pix, Fn0 ) Draws in Polar coordinates.

(W)(AG) drawPar( XY, Pix, Fn0, Fn1 ) Draws parametric equations.

(W) Draws complex functions and functions with two independent variables in 3D or in 2D with level curve representation.

(AG) Calculate two function intersection or function zero

(AG) Calculate area under the cureve or bounded by two or three functions

(AG) Draws line perpendicula or tangent to the given function

Other options

(W) When in statistics mode, group frequency distributions can be formed by data being grouped into predefined classes.

(W) Evaluates the best fit line, n^th order polynomial, exponential transformation, power transformation, quadratic transformation, reciprocal transformation for a set of data.

(W)(A) Evaluates calculation error for any function, expression or application.

(W) Imports data from a text file that has sample statistics data, a table of points, a set of values that need to be stored in the memory entry, a set of function expressions, polynomial coefficients, or matrices A..F.

(W) Prints calculated results to a printer or saves it to a file.

(W)(AG) Unit Converter of various physical quantities: "Acceleration", "Amount of Substance", "Angle", "Angular Momentum", "Area", "Capacitance", "Current", "Density", "Energy", "Force Weight", "Frequency", "Length", "Luminance", "Luminous Intensity", "Mass", "Momentum", "Power", "Pressure", "Speed", "Temperature", "Time", "Viscosity Dynamic", "Viscosity Kinematic", and "Volume".

(W)(A) Converts between binary, octal, decimal, and hexadecimal numbers. Also, performs arithmetic and logical operations on these values ("and", "or", "exclusive or", "not", "shift").

(W)(A) Performs trigonometric function calculations in radians, degrees, or gradients.

(W) Shows a description of any object in the program by right clicking on it and then selecting description.

(W)(AG) Can plot multiple functions at once and display the corresponding function values for each function for any x-coordinate.

(W)(AG) Can zoom in and out of any graphic display.

(W)(A) The value of the last calculation computed is automatically stored in an "arg" variable, which is then ready for use in the next operation. Results from any calculation can be stored in the memory entry for future use.

(W) Displays tables of SI units and Unicode symbols.

(AG) Displays calculation results in fraction format

(AG) Perform financial analysis for savings, loans, bonds

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"Math in ONE" Product Disclosure

Code use for Windows, Android versions

Algebra

Calculus

Graphic

Other options