Downloadable tns files calculus

By Lauren Jensen. Request permission to use angrybird. If you attempt to use it on a handheld, change the attributes of the upper cone and the plane to be 20x20 grid rather than x as it is currently set: right-click the cone, select attributes and change the two s to 20s. Here is an example of making a full sphere. Check the General Setting and equation.

A collection of Algebra II. Atomic Basics A. Collection compiled by Lana from 'archived' files shared on the Google Group. Getting Started Authoring - OS 3. Getting Started Handheld. Getting Started iPad OS 3. Very helpful, especially the 5 taps p.

Parallel and Perpendicular. Excerpt from Pearson Algebra 2 section 2. Pi Song tnsp View. Big 27MB file. Pi song tnsp drop box View. Same as above but from drop box. Pendulum, light intensity and other places you see pi. Latest version of the TI-Nspire Stopwatch. The script on the first page can be added to any document.

A collection of Trigonometry. Worksheet to go with the Angry Birds tns file. This document can be used the the "Points on a line" TNS. Students use the Nspire to plot points and then they can graph the line and calculate the slope. The TNS will give the correct slope so it is a good way for students to check their calculations.

This folder contains an understanding slope activity. I believe that this was created by TI. Slope Investigation with the NSpire. This activity has students graph equations of lines using the Nspire calculator. They then trace the graph and select 2 points on the graph. They are to read the y-intercept off of the graph and calculate the slope between the 2 points selected. After they have graphed all the equations they then fill out a chart that lists the equation, the slope, and the y-intercept.

Students should notice the relationship between the slope and the y-intercept with the equation of the line. A collection of curves and quadric surfaces with their equations.

Famous Curves Nspired Calc Art OS3. Orthographic Projection v3. Tangrams v4. Riemann programs for your library. Average value of a function activity See TImath. Demonstrates the classic TI-Nspire features in a rich context. Calculus DataQuest example.

Vernier DataQuest is a valuable tool even without sensors. Euler Method program. An updated TImath activity where you draw rectangles. Last pg has nice Notes page with sigma notation. CAS active activity. Uses Interactive Notes application. Enjoy the roller coaster at the end. A great precalc exploration. Uses Vernier DataQuest app. Updated TImath activity. Integral Props. Limits-Bell Ringer. No tns file required. Use the pdf if the font don't come out right for you. This file step students through an exploration.

Visual demonstrations for three optimization problems involving finding the maximum area for a rectangle trapped between a curve and the x-axis. Documentation included on page 1. Boolean Syntax These functions provide a Boolean syntax wrapper for standard Boolean operators. It also generates truth tables and provides proof functions. Buffon's needle simulator Simulates drops of a needle on a sheet of paper with equally spaced lines.

The probability of the needle crossing a line is a function of the needle's length and Pi. Run the simulation to determine a numerical approximation to the value of Pi. Includes English and Portuguese versions. Calcalc 1. Chinese Remainder Theorem This program demonstrates the Chinese remainder theorem.

The user enters a list m of moduli and a list r of remainders. Circle, Pole, Polar v2. A graph of the last calculation is provided on page 1. Clothoid Type clothoid 1 to draw a clothoid also called Euler spiral or Cornu spiral or clothoid 2 to draw a related curve. Includes functions for finding poles, calculating residues including the residue at infinity , computing contour integrals, and last but not least Laplace and Inverse Laplace transforms.

Completing the Square Quadratic Solver Takes a unformatted quadratic equation as a string, autodetects the variable, shows all work and solves the quadratic equation by using the completing the square method. Complex roots with steps This program can calculate both the principle argument and complex roots of degree n, of any complex number, with steps. Conic Section - Equation of 2nd Order v2. Conics-Solver This is a program that takes the general form of a conic, and converts it to standard form.

Costs, Returns, Profit v1. Graphs of the functions are depicted on pages 1. Curl, Divergence, Gradient v2. The coordinates may be Cartesian u,f x,y,z , spherical u,f r,theta,phi or cylindrical u,f r,phi,z and are selected automatically by the program depending on the input variables. Curvature of a Function The program calculates for four types of functions the curvature k, radius of curvature rho and the center of curvature xc,yc. A general solution as well as a numerical result for any point xp of the function is provided.

Additional is a plot for type 1,3, or 4. Recurence step by step Write simply recur and follow the instructions. SphereSolver My first upload! This tutorial will cover the DFT. I will use a similar approach to Richard G. Dice Roll Simulator Graphical simulator of the roll of 1, 2 or 3 dice.

Results are stored in a spreadsheet and the histogram of results is drawn in realtime. Die Roller 1. Differential Equation of 3rd and 4th Order v4. Gradient and directional derivatives This archive contains functions to calculate function gradients and directional derivatives. Functions are included for TI-nspire and 68k-models. Distance calc v1. You can calculate the distance and midpoint 2 points by inputting the X and Y coordinates. You can also input the coordinates of the points of a triangle's vertices and the program will tell you the area and perimeter of the triangle.

Also included is a perimeter calculator for any multi sided polygon that has up to individual points! For any questions or feedback contact me at Madmoosenstudios gmail.

These are all easy to use functions that i created and you can rename and edit as you please. Double Interpolation Spreadsheet for double interpolation.

Easy to use. Instruction on page 1. Egyptian Fractions library A library of functions relating to the generation of Egyptian fraction representations of fractions. Equations Library 2. Quadratic program detects double roots and displays complex roots if complex mode is rectangular or polar.

The Euclidean Algorithm This program is the Euclidean algorithm, with steps. Note that to use this program, one must put it in the libraries folder.

Project Euler 1 Discover the sum of all multiples of 3 or 5 below , as posed by Project Euler. Euler's Triangle Inequality Euler's Triangle Inequality states that the circumradius is always at least twice the inradius.

This document contains my proof of this. If you are given step size h instead of number of steps, just enter 0, then enter the step size. The program will then print out a 3 row matrix containing the x, y, and delta y values rounded to three decimal places.

It will also print out the answer in the form of a x,y coordinate. Finally it will store into a variable called "fulle" a matrix containing all the exact values without rounding. Program: 1.

They both return a two-dimensional list with the expressions for the x- and y-coordinate of the evolute and involute of the input curve.

Exact Differential Equation v2. If the d. Fast Fourier Transform V2 points This is a library. Bug fixed. You may prefer the points version to run with a calc. Fast Fourier Transform V3 This is a library. It includes a program makefft you can call from any document to get Fast Fourier Transform capability.

Window option: 'rectangle', 'Hann', or 'flattop'. Function Defined by Characteristics v2. These conditions may be: point P xi yi as part of the function's curve, extremum, point of inflexion at coordinate xi, inclination of the normal or tangent line in xi, area integral between x-axis and curve within lower limit x0 and upper limit x1. Output is the common form of f x , all characteristics used and the numerical result, which meets all conditions. A graph on page 1. Usage: sat of rolls.

EN - The complete library for quadratic functions. Put only the A, B and C of the function and you will have all the information you need about the same, including sign, vertex, range, real roots, etc So, the user gets a fast response of what the volume of a sphere is, simply by entering the radium. I try to optimize my scripts as much as I can so that programs run fastly and smoothly, just like every computer user wants. Since Formulum is open source, everyone can edit it and make new versions.

However, official versions are released by me only. Save it in MyLib folder. Also, this is version 2. Again, save it in MyLib folder. Fourier Analysis These programs demonstrate the features and limitations of Fourier analysis and also analyze laboratory data. Documentation on their use is also included.

Function Inversion Finds the inverse function as a power series of almost any given function. For example: given sin x , returns arcsin x as a power series. Solves Kepler's equation. Includes an implementation of the Lagrange Inversion Theorem. Complete Function Analyzis This is a world first! The program gives you all you need to know about a function!

In order to analyze a function, you have to enter its variable and its domain. The final given result is actually a matrix, due to a lack of programming capability on the NSpire.

The matrix gives you the summary of what you need to know about the function. Zeros, Derivative, Limits, Variations Note : The program should work with most common functions.

If you notice any weird issue, please fell free to contact me and report the issue : Also available in french. Galton's Bean Machine Galton's bean machine simulates the drop of a disc into a triangular grid of pins.

Each time the disc hits a pin it has a certain probability of falling to either side. This document simulates 10 levels of pins and keeps a record of results. The functions wrap game theory definitions with header labels and automate some of the more arduous calculations.

The functions support two-person, zero-sum games only. Supported functions include: - Computing strategies for both players. The package includes documentation and source code and is free to use and distribute.

Gamma ver 1. It can handle complex arguments for most functions. The gamma. GSove for nSpire CAS GSolve is a function that allows you to solve an equation or system of equations by simply entering the equation s.

No need to enter the variable s to solve for. If you have a system of equations you regularly use, you can set them up as a separate function and gsolve as a subroutine. This update will now solve problems with complex answers. Hansen to determine the length of an inaccessible distance by a known length a and four angles alpha, alpha1, beta, beta1 at its ends. Heron's Formula can show work Calculates area of triangle given lengths of all three sides using heron's formula.

Two programs - one shows work, one doesn't. Gives the answer in simplest radical form and a decimal approximation. This is useful in Thermodynamics, Chemistry, Hydraulics, Statistics or many other fields.

It will give you an average approximation, hence "linear" interpolation. A readme and example is included. It will compute the possible maxima and minima of a function and give the value of the function at those points. The number of variables and constraints are limited only by the abilities of the calculator. Lagrange Interpolation v1.

A graph of the calculated function plus the entered values is included. Lagrange Multiplier v2. Arc Length, Surface and Volume of Revolution v2. For both cases the curved surface and the volume of revolution including its centre of gravity around x- and y-axes are calculated.

Liner Optimization v2. Logic Gate Solver 1.