HP 48 Numerical Math Programs
The first size listed is the downloaded file size and the second size listed is the size on the calculator.
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HP 48 Numerical Math Programs The first size listed is the downloaded file size and the second size listed is the size on the calculator. |
There are 141 files totaling 2,123 KB in this category.
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This package contains many tools for statistical analysis. It was programmed from 1994 and served as pseudo-official tool for a few engineering students at the UCL. It was developed to fit in an HP 48G and to that effect has been compressed. You will need the RF compressor and the RFPU utility to decompress the programs (see author's website).
Small program in RPL, which allows you to calculate integrals with an approach value using the rectangle's method, trapezoidal method and midpoint method.
Contains some programs to help with math, including the sine and cosine theorems, numeric integration, and the quadratic formula.
Allows one to solve root finding approximation problems using various methods: Newton, secants, bisection, "regula falsi" (known as "false position") and successive approximations. The peculiarity of this program is that it display all the iterations (not just the solution!) with the number of significant digits chosen by the user.
A complete suite of material for Numeric Calculus at Universidad de Concepcion.
Solve n*(n+1) systems of linear equations using Cramer's Rule.
Determines whether a number is prime or composite, and if composite, lists the largest factors.
This program solves differential equations using Euler's method. Very easy!
Numeric differential equation solver with choice of different algorithms.
Contains four programs: DIVIS.G (tells how many divisors a number has and which are they, with nice input form), DIVIS.S (same thing, but without interface, less intuitive but faster), FATOR.G (factorizes a number/decompose it into prime numbers, with nice input form) and FATOR.S (same thing, but without interface, less intuitive but faster).
This library resolves Gauss-Jordan's procedure step by step, as it would be asked for in a test.
Program which uses HERO's formula to compute the area of a triangle.
Integrates using the either Simpson's method or the trapezoidal method, allowing one to choose the number of intervals used for the approximation. Very easy to use.
User RPL library for making linear interpolation, both simple and double. Allows INFORM interpolating, as well as STACK interpolating, the latter one quite quickly.
This is a library which evaluates the Jacobian, to help people with the Newton-Raphson Method, and derive N equations below N variables, useful in electrical engineering.
Displays the Julia set, although it takes about an hour to run (or about 20 seconds in Emu48).
This package contains a CST menu and an installation guide. It is a mathematics program that includes, a table of values, a 'suites' manager, a PPCM-PGCD calculator, a 'bac' marks calculator, and a 'number decomposer'.
Program fits a polynomial equation to a set of data points in a similar fashion to the stats menu.
Converts matrix for electric circuits, two-door circuit theory, useful in electrical engineering.
Library for numeric methods, including Newton's Method, non-linear systems, and more.
A sort program of these two numerical methods. The solution is made step by step.
Finds the next number #n+1 of any given sequence of n numbers entered as a list {#1 #2... #n}.
It returns also the lowest polynomial going though the n given numbers, supposing that #1=f(0), #2=f(1)... #n=f(n-1).
Yet another linear programming program.
Allows you to choose to calculate any one side of a right triangle, or enter all of the side lengths of a triangle to find if it is right. In User RPL for easy editing and compatibility with the 49 and 48.
A User RPL program to calculate the vertex, roots, discriminant, and completed square [or standard form] of a quadratic equation using given coefficients. Gives exact values (on the HP 49 only) if desired.
Numerically solves systems of differential equations by means of the 4th order Runge-Kutta method.
Non-linear equation solver.
This is a set of some simple quadratic tools that solve quadratics for x and y, finds the roots and the discriminant, completes the square, finds the vertex, and finds a curve.
The best illustrative program of the Simplex method, showing iteration by iteration.
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Simultaneous Non-Linear Equations Solver: an easy-to-use environment for solving systems of nonlinear equations.
This is a suite of utilities for eight of the most commonly used probability distributions in statistics and probability.
Designs unifactorial experiments.
Contains programs for finding areas of triangles, how many solutions a triangle has, the laws of cosines, the law of sines, arc length, converting radians to degrees and converting degrees to radians.
A collection of trigonometry commands for solving triangles.
Vector program.