The x-axis is a logarithmic scale and represents the frequency in rad/sec. MathStudio ManualPlot(BinomialPDF(6,0.5,x),x=)īodePlot(function, variable, minimum, maximum, mode)BodePlot creates a Bode plot for the given function. Plot(BinomialCDF(20,0.5,x),BinomialCDF(40,0.5,x),x=,y=,numbers= 0)īinomialPDF(n, p, x)Computes the binomial distribution at x with number of trials n and probability of success p on each trial. Binomial(n,3)īinomialCDF(n, p, x)Computes the cumulative Binomial distribution at x with number of trials n and probability of success p on each trial. This function is the symbolic equivalent to nCr(n,r). Beta(m,n)īinomial(n, r)Finds the binomial coefficient. Plot(,x=,y=)īeta(m, n)Calculates the Beta function of m, n both real or complex variables. Plot(,x=)īesselY(v, z)Returns the Bessel function of the second kind. Plot3D(BesselJ(1,sqrt(x^2+y^2)),x=,y=,z=)īesselK(v, z)Returns the Modified Bessel function of the second kind. Plot(,colors=)īesselJ(v, z)Returns the Bessel function of the first kind. Bernoulli(3,a)īesselI(v, z)Returns the Modified Bessel function of the first kind. If z is given, returns the nth Bernoulli polynomial of z. radians arg(2+2\im)īernoulli(n, )Returns the nth Bernoulli number n. You can manually set the angle mode per entry by using the keyword radians or degrees. The value is dependent on the angle setting which can be radians or degrees. Append(,4)Īrg(z)Returns the argument (or phase) of a complex number.
MathStudio ManualAppends one expression to end of another expression. Apart performs the opposite operation of Together. Animate(n,1,100) ImagePlot(Random(0,1,n,n))Īpart(f(x), x)Performs partial fraction decomposition on the polynomial function. When the variable is greater than the value end it is set back to start. The variable is initialized to the start value and at each frame is incremented by step and the entry is reevaluated creating animation. Angle(,, ],, ])Īnimate(variable, start, end, )This function creates an animated entry. Note the alternating sign in the numerator! AlternatingSeries(\pi,7)Īngle(A, B)Returns the angle between the two vectors A and B. The result is returned in a matrix with the top row = numerator and the bottom row = denominator of the different terms. MathStudio ManualThis function approximates the given real number in an alternating series. AiryAi(2)ĪiryBi(z)Returns the Airy function Bi(z).
abs(-3)ĪiryAi(z)Returns the Airy function Ai(z). MathStudio is the ONLY calculator app that also lets you create scripts in our powerful programming language that supports variables, loops and even recursion.Abs(z)Returns the complex modulus (or magnitude) of a complex number. Plot lists of numerical data in scatter, histograms, box and probability plots! MathStudio even includes an advanced regression analysis package, choose from several regression functions or create your own! Use the T variable to create animated plots that graph in space and time! MathStudio is the first app to introduce time graphing. Rotate, pinch and graph 3D equations in real-time! MathStudio graphs 3D functions, parametric, spherical, cylindrical and vector fields. 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. Solve limits, derivates, integrals, differential equations and more! MathStudio is powered our powerful and lightning fast CAS (computer algebra system) that beautifully typesets your answers.