ti voyage 200

TI-Voyage 200 Review

By Tech Powered Dad | January 11, 2011

Please click here to  buy the TI-Voyage 200 on Amazon .

Probably the most powerful graphing calculator on the market today is the TI-Voyage 200. The TI-Voyage is the phoenix born from the ashes of the TI-92. After a nice run by the TI-92, Texas Instruments decided it needed a makeover. So it slimmed it down, upped the processing power, gave it a stylish new case, and designed it to run on lighter AAA batteries instead of AA’s, and, Presto!, the TI-Voyage had arrived.

The Voyage is the ultimate geek/prodigy toy, and I wanted to take some time to give it a thorough review. I’ve been a fan for years because there’s just nothing else like it on the market. From a CAS to QWERTY keyboard to 3D graphing, this calculator is packed with power.

Who is the TI-Voyage 200 designed for?

Power users. If you need a top of the line graphing calculator with every possible bell and whistle, look no further. TI-Voyage users tend to be students who like to take their math explorations further. Parents sometimes give it as a gift to encourage the prodigy math student. They are popular among college math professors and those that like to program their graphing calculators. The Voyage is actually so powerful that it’s been banned from virtually every standardized test, but hey, you wouldn’t get an indy car and expect to get to drive it down the freeway either, right?

Why do I recommend the TI-Voyage 200?

I love it’s power set of features. First off, the full QWERTY keyboard is virtually unheard of in the graphing calculator world–no hunting around for the alpha key here. You can just type in letters as needed. It’s really nice that those letter keys can be used as variables as needed. Surprisingly, on a lot of graphing calculators, there are two “X” keys, one for the letter x and one for the variable x. You don’t have to mess with that on the Voyage.

Second, there’s the CAS. The Voyage has a very nice, easy to use, Computer Algebra System. This means it can solve equations, factor, simplify trig expressions, and much more. The drop down menu system makes it easy to do.

I also am a big fan of the app system. Long before the iPhone and Android, the TI-Voyage had an app system with graphical icons representing apps. Most of these apps are available free on the Texas Instruments website.

Of course, no top of the line calculator would be complete without 3D graphing, and the TI-Voyage delivers. When it comes to rotating your 3D graph to inspect it from various viewpoints, the TI-Voyage renders it smoothly and quickly.

Bottom line TI-Voyage 200 review:

If you’re a math geek who has a love for technology, enjoys showing off your gadgets, or plans to spend your afternoons programming your calculator, the TI-Voyage is the way to go. This has been TI’s most powerful calculator for almost a decade, and it’s just a valuable today as the day it was released. 

Please note that some links on this site are affiliate links, meaning a percentage of your purchase will support my work at Tech Powered Math at no additional cost to you. Thanks for your support!

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Voyage 200   (also   V200   and   Voyage 200 PLT ) was released in 2002, being the replacement for the TI-92 Plus, with its only hardware upgrade over that calculator being an increase in the amount of flash memory available (2.7   megabytes   for the Voyage 200 vs. 702   kilobytes   for the TI-92 Plus). It also features a somewhat smaller and more rounded case design.

Like its predecessor, Voyage 200 is an advanced calculator that supports plotting multiple functions on the same graph, parametric, polar, 3D, and differential equation graphing as well as sequence representations. Its symbolic calculation system is based on a trimmed version of the calculation software   Derive . In addition to its algebra and calculus capabilities, the Voyage 200 is packaged with list, spreadsheet, and data processing applications and can perform   curve fitting   to a number of standard functions and other statistical analysis   operations. The calculator can also run most programs written for the   TI-89   and TI-92 as well as programs specifically written for it. A large number of applications, ranging from   games   to interactive   periodic tables   can be found online.

The V200 is easily mistaken for a   PDA   or a small computer because of its massive enclosure and its full QWERTY keyboard — a feature which disqualifies the calculator for use in many tests and examinations, including the American   ACT   and SAT. [ citation needed ] The   TI-89 Titanium   offers exactly the same functionality in a smaller format that is also legal on the SAT test, but not the ACT test.

UNOFFICIAL UPGRADES

»   IR Link   The IR Link allows you to control infrared devices from your calculator or communicate with other calculators (to play games or chat) over a wireless connection.

»   Link Cables   Link cables let you transfer data files (such as programs) between your calculator and your computer.

»   Xpand   The Voyage 200 has 2.7 MB of flash memory, but only 1 MB is available for the user as archive space. With Xpand by   Olivier Armand , all of it can now be used as archive memory. Xpand patches your operating system to allow full usage of the flash without interfering with the ability to install flash applications.

BASIC PROGRAMMING

BASIC programming on the Voyage 200 is nearly identical to that of the 89, 92, and 92 Plus.

»   Tutorials at TI-Freakware   »   TI-Basic Developer

ASSEMBLY PROGRAMMING

Assembly language programming capability is built into the Voyage 200. Most assembly programs that work for the 92 Plus will also work with the Voyage 200.

For software development, we recommend   GCC4TI .

Several emulators are available to let you simulate TI calculators on your computer. To learn how to download a ROM image from your calculator, see our   Emulators   page.

Texas Instruments Voyage 200

We wrote January 5, 1996 when Texas Instruments released with the TI-92 their first Symbolic calculator using a powerful 16/32-bit microcomputer, a full ASCII keyboard, a wide graphics screen and tons of built in software. The TI-92 received since its introduction two upgrades:

• Modern and ergonomic design. • Intuitive icon desktop for easy navigation and organization of Handheld Software Applications (Apps). • Built-in clock to keep track of time and date and to use for timing experiments. • Full QWERTY keyboard, numeric keypad. • 128 x 240 pixel display. • About 188K bytes of user-available RAM. • About 2.7 MB of user-available FLASH ROM (3x the FLASH ROM memory of the TI-92 Plus).* • Electronic upgradability of software including maintenance and feature upgrades. • Advanced Mathematics Software functionality suitable for college mathematics and engineering coursework. • Pretty Print shows equations and results with radical notation, stacked fractions, and superscript exponents. • Active Calculator Home history screen can hold up to 99 previous entries for deep recall. • Interactive geometry applications for Euclidean, transformational, and analytic geometry explorations (based on Cabri Geometry II). • Real and complex numeric results. • Symbolic manipulation for algebra, calculus and differential equations. • Symbolic units for use in equations, computations, and unit conversions. Over 100 units in 28 unit categories. 20 constants with symbolic units. • Graphs functions, parametric and polar equations, recursively-defined sequences, 3-dimensional surfaces, and differential equations.    Up to 99 graphing equations defined and saved for each graphing mode. • Numeric evaluation of functions in tables and data variable format. • Interactive analysis of function values, roots, maximums, minimums, integrals, derivatives, intersections, inflection points, and arc lengths. • Recursively-defined sequences access any number of previous terms. • Slope and direction fields for exploring differential equations. RK and Euler numeric differential equation solving methods. • Real time rotation of 3D surfaces. • List-based one- and two-variable statistical analysis, including eight regression models. • Statistics plots including scatter, xy-line, box and modified box plots. Histograms and regression lines. • Matrix operations including inverse, determinant, transpose, augment, elementary row operations, and reduced row echelon form.    Matrix elements can be real or complex and numeric or symbolic. • Advanced matrix operations including eigenvalues, eigenvectors, LU and QR decompositions. • Column-logic expressions in data/matrix editor are retained for automatic recalculation when values change. • Interactive numeric equation solver. • Hexadecimal and binary operations and conversions. • Extensive programming capability with number and size of programs limited only by available memory. User-definable functions extend built-in functionality. • Optional assembly language programming. • Command catalog screen to access and show "help" information for each function and command. • Memory management to create folders for specific applications or subjects. • 255 symbols in the character set including Greek, system, and international characters. • Compatible with Calculator-Based Laboratory™ (CBL2™) and Calculator-Based Ranger™ (CBR™) Systems to allow analysis of real-world data. • Link capabilities for data transfer through I/O port. USB and unit-to-unit link cables included. • ViewScreen ™ overhead port. • Powered by 4 AAA batteries with lithium battery backup to protect memory during main battery change. • One-year limited warranty. • Toll-free help hot-line • e-mail help line: [email protected] . • Volume Purchase Program. • Activity Books. • Workshop Loan Program – borrow calculators for evaluation of workshops. • Printed Getting Started Guide included, full Guidebook available on Resource CD. • Pre-installed applications

Courtesy of Texas Instruents: http://www.ti.com

Courtesy of Cómputo Numérica: http://www.calculadoras.com.mx

ROM-Versions:

2.06 (February 4, 2002) 2.07 (April 8, 2002) 2.08 (July 29, 2002, recalled and re-released February 20, 2003) 2.09 (March 27, 2003) 3.00 (not released) 3.01 (October 7, 2004) 3.10 (July 18, 2005, actual in February 2008)

You can check the ROM version of your Voyage 200 using the following key sequence and reading the number on your screen:

Information provided by ticalc.org and Xavier Andréani.

Exam acceptance:

Since the TI-92 Series and Voyage 200 feature a QWERTY keyboard they are not allowed on ACT , SAT , PSAT and AP exams.  

Find here the original press release dated January 6, 2002:

If you have additions to the above article please email: [email protected] .

© Joerg Woerner, June 8, 2003. No reprints without written permission. 

Texas Instruments VOY200/PWB Graphing Calculator › Customer reviews

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Texas Instruments VOY200/PWB Graphing Calculator

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Texas Instruments Voyage 200 manual

manual Texas Instruments Voyage 200

View the manual for the Texas Instruments Voyage 200 here, for free. This manual comes under the category calculators and has been rated by 10 people with an average of a 8.1. This manual is available in the following languages: English. Do you have a question about the Texas Instruments Voyage 200 or do you need help?  Ask your question here

• Eerste keer gebruiken
• De toetsen van de TI-89 Titanium en de Voyage™ 200
• Mode-instellingen
• De Catalog (Catalogus) gebruiken om toegang tot commando’s te krijgen
• Het Home-scherm van de rekenmachine
• Werken met Apps
• Statusinformatie bekijken
• Het Apps-bureaublad uitschakelen
• De klok gebruiken
• Menu's gebruiken
• Menuopties selecteren
• Gesplitste schermen gebruiken
• Beheer van Apps en versies van het besturingssysteem (OS)
• TI-89 Titanium of Voyage™ 200 op andere apparaten aansluiten
• Berekeningen uitvoeren
• Werken met symbolen
• Constanten en meeteenheden
• Grafieken van functies I
• Grafieken van functies II
• Grafieken van functies III
• Parameterkrommen
• Grafieken in poolcoördinaten
• Grafieken van getallenrijen
• 3D grafieken
• Grafieken van differentiaalvergelijkingen
• Extra onderwerpen over grafieken
• Gesplitste schermen
• Data/Matrix Editor
• Statistieken en grafieken van gegevens
• Programmeren
• Tekstbewerkingen
• Numeric Solver
• Talstelsels
• Geheugen- en variabelenbeheer
• De TI-89 Titanium / Voyage™ 200 in- en uitschakelen
• Het displaycontrast instellen
• Het toetsenbord van de TI-89 Titanium
• Het toetsenbord van de Voyage™ 200
• Combinatietoetsen
• Alfabetische tekens invoeren
• Getallen invoeren
• Uitdrukkingen en instructies invoeren
• Opmaak van weergegeven resultaten
• Uitdrukkingen op de invoerregel bewerken
• Toepassingen selecteren
• Modi instellen
• Het menu Clean Up gebruiken om een nieuwe berekening te beginnen
• Het dialoogvenster Catalog gebruiken
• Waarden van variabele opslaan en opvragen
• Statusregel-aanduidingen op het display
• Beginscherm rekenmachine
• De invoer op het beginscherm van de rekenmachine als een Text Editor-script opslaan
• Informatie knippen, kopiëren en plakken
• Een eerdere invoer of het laatste antwoord opnieuw gebruiken
• Een invoer of antwoord vanuit het geschiedenisgebied automatisch op de invoerregel plakken
• Door de gebruiker gedefinieerde functies creëren en evalueren
• Als een invoer of antwoord “te groot” is
• Het Custom-gebruikersmenu gebruiken
• De softwareversie en het ID-nummer opzoeken
• Gedefinieerde en ongedefinieerde variabelen
• De modi Exact, Approximate en Auto
• Automatische vereenvoudiging
• Uitgestelde vereenvoudiging van ingebouwde functies
• Waarden substitueren en beperkingen instellen
• Overzicht van het Menu Algebra
• Veel gebruikte algebraïsche bewerkingen
• Overzicht van het menu Calc
• Veel gebruikte bewerkingen uit de analyse
• Door de gebruiker gedefinieerde functies en het werken met symbolen
• De foutmelding “onvoldoende geheugen”
• Speciale constanten die gebruikt worden bij het werken met symbolen
• Constanten of eenheden invoeren
• Eenheden converteren
• De standaardeenheden voor weergegeven resultaten instellen
• Uw persoonlijk gedefinieerde eenheden creëren
• Lijst van reeds gedefinieerde eenheden en constanten
• Overzicht van stappen bij het plotten van functies
• De modus Graph instellen
• Functies definiëren om te plotten
• Functies selecteren om te plotten
• De weergavestijl voor een functie instellen
• Het weergavevenster definiëren
• De grafische opmaak veranderen
• De geselecteerde functies plotten
• Coördinaten weergeven met de vrij beweegbare cursor
• Een functie volgen
• Zoom-opties gebruiken om een grafiek te onderzoeken
• Math opties gebruiken om functies te analyseren
• Overzicht van stappen bij het plotten van vergelijkingen in poolcoördinaten
• Verschillen tussen grafieken in poolcoördinaten en grafieken van functies
• Overzicht van stappen bij het plotten van parametervoorstellingen
• Verschillen tussen grafieken van parametervoorstellingen en grafieken van functies
• Overzicht van stappen bij het tekenen van grafieken van rijen
• Verschillen tussen grafieken van rijen en grafieken van functies
• Assen instellen op Time, Web of Custom
• Het gebruik van web-grafieken
• Het gebruik van custom-plots
• Een rij gebruiken om een tabel te genereren
• Overzicht van stappen bij het tekenen van 3D- grafieken
• Verschillen tussen 3D-grafieken en grafieken van functies
• De cursor verplaatsen in 3D
• De kijkhoek veranderen en de grafiek roteren
• Interactieve animatie van een 3D-grafiek
• Assen en stijlopmaak veranderen
• Hoogtelijnenplots
• Voorbeeld: hoogtelijnen van een complex modulusoppervlak
• Impliciete plots
• Voorbeeld: impliciet plot van een gecompliceerdere vergelijking
• Overzicht van stappen bij grafieken van differentiaalvergelijkingen
• Verschil tussen grafieken van differentiaalvergelijkingen en van functies
• Beginwaarden instellen
• Een stelsel voor vergelijkingen van een hogere orde definiëren
• Voorbeeld van een vergelijking van de tweede orde
• Voorbeeld van een vergelijking van de derde orde
• Assen instellen voor door de gebruiker gedefinieerde plots of voor tijdplots
• Voorbeeld van door de gebruiker gedefinieerde assen en tijdassen
• Voorbeeld van het vergelijken van RK met Euler
• Voorbeeld van de functie deSolve( )
• Problemen oplossen voor de grafische opmaak Fields
• De verschillende stappen voor het maken van een tabel
• De tabelparameters instellen
• Een automatische tabel weergeven
• Handmatig (met behulp van Ask) een tabel opbouwen
• Punten van een grafiek opslaan
• Grafieken tekenen van functies die op het basisscherm zijn gedefinieerd
• Een grafiek tekenen van een functie met een meervoudig voorschrift
• Een familie van krommen plotten
• De twee-grafieken modus gebruiken
• Een functie of de inverse functie op een grafiek tekenen
• Een rechte lijn, cirkel of tekstlabel in een grafiek tekenen
• Een plaatje van een grafiek opslaan en openen
• Een animatie van een serie plaatjes maken
• Een grafiekbestand opslaan en openen
• De Split Screen modus instellen en verlaten
• De actieve toepassing selecteren
• Overzicht van lijst-, gegevens- en matrixvariabelen
• Een Data/Matrix Editor-sessie starten
• Celwaarden invoeren en bekijken
• Een kolomkoptekst definiëren met een uitdrukking
• De functies Shift en CumSum gebruiken in een kolomkoptekst
• Kolommen sorteren
• Een kopie van een lijst-, gegevens- of matrixvariabele opslaan
• Overzicht van stappen bij statistische analyse
• Een statistische berekening uitvoeren
• Typen statistische berekeningen
• Statistische variabelen
• Een statistische grafiek (plot) definiëren
• Statistische grafiek-types
• Het gebruik van de Y= Editor voor statistische grafieken
• Een gedefinieerde statistische grafiek tekenen en volgen
• Frequenties en categorieën gebruiken
• Indien u beschikt over een CBL 2™ of CBR™
• Een bestaand programma uitvoeren
• Een Program Editor-sessie starten
• Overzicht van het invoeren van een programma
• Overzicht van het invoeren van een functie
• Een programma in een ander programma aanroepen
• Variabelen in een programma gebruiken
• Lokale variabelen gebruiken in functies of programma’s
• Bewerkingen met tekenreeksen
• Voorwaardelijke tests
• If, Lbl en Goto gebruiken om het verloop van het programma te controleren
• Lussen gebruiken om een groep opdrachten te herhalen
• De TI-89 Titanium / Voyage™ 200 configureren
• De gebruiker om invoer vragen en uitvoer weergeven
• Een door de gebruiker gedefinieerd menu creëren
• Een tabel of grafiek maken
• Tekenen op het scherm Graph
• Toegang krijgen tot een andere TI-89 Titanium / Voyage™ 200, een CBL 2™ of een CBR™
• Fouten in programma’s opsporen en fouten afhandelen
• Voorbeeld: alternatieve manieren gebruiken
• Assembleertaalprogramma’s
• Een Text Editor-sessie starten
• Tekst invoeren en bewerken
• Speciale tekens invoeren
• Een opdrachtscript invoeren en uitvoeren
• De Solver weergeven en een vergelijking invoeren
• De bekende variabelen definiëren
• Oplossen naar de onbekende variabele
• De oplossing plotten
• Talstelsels invoeren en converteren
• Wiskundige bewerkingen uitvoeren met Hex of Bin getallen
• Bits vergelijken of manipuleren
• Geheugen controleren en resetten
• Het scherm VAR-LINK weergeven
• Informatie over variabelen op het basisscherm weergeven
• Variabelen en mappen manipuleren met VAR-LINK
• Een variabelenaam in een toepassing plakken
• Een variabele in het archief opslaan en uit het archief halen
• Als er een Garbage Collection melding wordt weergegeven
• Geheugenfout bij het opvragen van een gearchiveerde variabele
• Twee rekenmachines op elkaar aansluiten
• Variabelen, Flash-toepassingen en mappen overzenden
• Variabelen overzenden onder programmabediening
• Het besturingssysteem (OS) upgraden
• ID-lijsten verzamelen en overzenden
• Compatibiliteit tussen de TI-89 Titanium, Voyage™ 200, TI-89 en TI-92 Plus
• Analyse van het paal-hoek-probleem
• De abc-formule afleiden
• Een matrix onderzoeken
• Cos(x) = sin(x) onderzoeken
• De minimale oppervlakte van een parallellepipedum bepalen
• Een zelfstudiescript uitvoeren met behulp van de Text Editor
• Een gebroken functie splitsen in quotiënt en rest
• Statistieken bestuderen: gegevens op categorieën filteren
• CBL 2™-programma voor de TI-89 Titanium / Voyage™ 200
• De baan van een geslagen honkbal bestuderen
• Complexe nulpunten van een derdegraadsveelterm visualiseren
• Een standaard annuïteitenprobleem oplossen
• De tijdswaarde van geld berekenen
• Rationale, reële en complexe factoren vinden
• Simulatie van een steekproef zonder teruglegging
• Snelzoek-overzicht
• Alfabetisch overzicht van bewerkingen
• TI-89 Titanium / Voyage™ 200 Foutmeldingen
• TI-89 Titanium / Voyage™ 200 Modi
• TI-89 Titanium / Voyage™ 200 tekencodes
• TI-89 Titanium toetscodes
• Voyage™ 200 toetscodes
• Complexe getallen invoeren
• Informatie over de nauwkeurigheid
• Systeemvariabelen en gereserveerde namen
• EOS (Equation Operating System) volgorde van bewerkingen
• Regressieformules
• Hoogtelijnen en algoritmen voor het maken van een impliciet plot
• De methode Runge-Kutta
• Informatie over de batterijen
• Bij problemen
• Appendix B: Technische naslag
• mdusInst( ) en haalMode( )
• grafInst( )
• tablInst( )
• Productinformatie, service en garantie TI
• TI-89 Titanium Sneltoetsen
• Voyage™ 200 Sneltoetsen
• Verschillen in toetsaanslagen

Do you have a question about the Texas Instruments and is the answer not in the manual?

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Question and answer

Hello! And thank you for your privilege to answer my question before buying! I am currently asking about note taking on this device: Voyage 200 - about language support. I want to purchase this device for taking notes in the Hebrew language. Is it possible to change the keyboard to write notes in the Hebrew language? I'm in love with this calculator and want it to fit me Thank you for your answer If it doesn't fit - do you have another calculator device that can be written in Hebrew? I don't need the software to be in Hebrew. I just need to be able to write with the keys in Hebrew. Thank you Moshe, the researcher and writer

The Texas Instruments Voyage 200 is a scientific calculator designed in a pocket-sized form factor. With a display resolution of 128 x 240 pixels, it provides a clear and concise view of calculations and graphs. Equipped with advanced mathematical functions, this calculator allows users to perform complex calculations, including trigonometry, algebra, statistics, and calculus. Its scientific capabilities make it a useful tool for students, professionals, and researchers alike. The compact size of the calculator makes it convenient for on-the-go use, easily fitting into a pocket or bag. The durable construction ensures longevity, providing reliability and durability over time. The Texas Instruments Voyage 200 is designed to be user-friendly, with a straightforward interface and intuitive navigation controls. It comes equipped with a range of features, including a built-in spreadsheet application, data collection, and analysis tools, and graphing capabilities. Whether you're solving equations, analyzing data, or creating graphs, the Texas Instruments Voyage 200 offers the functionality needed for a variety of mathematical tasks. Its compact size, reliable performance, and comprehensive range of functions make it a valuable tool for those seeking precise calculations and graphical representations.

Can't find the answer to your question in the manual? You may find the answer to your question in the FAQs about the Texas Instruments Voyage 200 below.

What is an Overflow error?

An Overflow error usually occurs when the sum result is longer than the calculator can show.

A battery in my calculator has started to corrode. Is the device still safe to use?

The product can still be used safely after proper cleaning. Remove the battery with gloves and clean the battery compartment with a toothbrush and vinegar. After drying, new batteries can be inserted into the device.

What does AC stand for on my calculator?

AC stands for 'all clear'. You clear the entire memory of the calculator with this button.

What is the screen resolution of the display of the Texas Instruments Voyage 200?

The screen resolution of the Texas Instruments Voyage 200 is 128 x 240 pixels.

How do I perform complex number calculations on the Texas Instruments Voyage 200?

To perform complex number calculations, navigate to the Complex Mode by pressing the appropriate key combination. From there, you can input and manipulate complex numbers using the designated functions.

How can I calculate definite integrals using the Texas Instruments Voyage 200?

To calculate a definite integral, access the integral function and input the desired function to integrate, along with the limits of integration. The calculator will then provide you with the result.

How do I graph multiple functions on the same graph using the Texas Instruments Voyage 200?

To graph multiple functions on the same graph, use the multiple graphing feature by selecting each function separately and specifying the desired settings such as colors and line styles.

How can I solve systems of equations using the Texas Instruments Voyage 200?

To solve systems of equations, utilize the algebraic solver function by inputting the set of equations in the appropriate format. The calculator will provide you with the solution(s) for the variables.

How do I access the statistical and data analysis features on the Texas Instruments Voyage 200?

To access the statistical and data analysis features, navigate to the appropriate menu by pressing the corresponding key combination. From there, you can input your data and perform various statistical calculations, such as mean, standard deviation, regression analysis, and more.

Is the Texas Instruments Voyage 200 a scientific calculator?

Yes, the Texas Instruments Voyage 200 is a scientific calculator. This means that it is capable of performing complex mathematical functions, making it suitable for advanced calculations in fields such as science, engineering, and mathematics.

Is the form factor of the Texas Instruments Voyage 200 pocket-sized?

Yes, the form factor of the Texas Instruments Voyage 200 is pocket-sized. This means that it is compact and portable, making it easy to carry around and use on the go.

What is the display resolution of the Texas Instruments Voyage 200?

The display resolution of the Texas Instruments Voyage 200 is 128 x 240 pixels. This means that it has a relatively high-resolution display, providing clear and sharp visuals for the user.

Is the manual of the Texas Instruments Voyage 200 available in English?

Yes, the manual of the Texas Instruments Voyage 200 is available in English .

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Texas Instruments Voyage 200

The Texas Instruments Voyage 200 is a graphing calculator with 10 digits precision and formula input logic. It has 80 keys, and an LCD (liquid crystal) display. The power source is 4xAA + CR1616 3V. Note: Landscape format graphing calculator

Facts at a glance:

Replacements:.

We suggest the following current models as possible replacements:

• Texas Instruments TI-84 PLUS CE
• Texas Instruments TI-89 Titanium

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• TI Voyage 200
• Introductory handbook

Texas Instruments TI Voyage 200 Introductory Handbook

• page of 39 Go / 39

Table of Contents

1 the layout of your calculator.

• Functions Keys
• Blue 2Nd and Green Diamond
• Delete and Clear
• Other Important Buttons

2 The most Basic Basics

• Turning the Calculator on and off
• Adjusting the Screen Contrast
• The App Screen
• The Home Screen
• Pretty Print
• The Catalog

3 The Settings

• The MODE Button
• Changing a Setting

4 Performing Calculations

• Clearing the Home Screen
• Addition, Subtraction, Multiplication, Division
• Negative Numbers Vs. Subtraction
• Square Roots
• Cube Roots and Other Radicals
• Exact Vs. Approximate Results (A.k.a. 5 Vs. 2.2360679775)
• Absolute Values
• Home Screen History Area: 1/30, 2/30, 3/30

5 Home Screen F-Menus

• 8: Clear Home
• F3: Calculus
• F5: Progamio
• 1: Clear A-Z

6 Graphing Equations/Functions

• Entering in Functions
• Checking Window Settings
• Graphing the Equation
• Clearing Previous Functions from the Y= Screen
• Changing the Window Settings

7 Using the Table

• Entering in Equations
• The Table Settings
• Using the Table

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Summary of Contents for Texas Instruments TI Voyage 200

• Page 1 Introductory Handbook for the TI Voyage 200 c 2009 - Portland Community College...

Page 2: Table Of Contents

• Page 3 Home Screen F-Menus F1: Tools ..........16 5.1.1 8: Clear Home .

Page 4: The Layout Of Your Calculator

Page 5: arrow keys, page 6: the most basic basics, page 7: the home screen, page 8: the settings, page 9: changing a setting, page 10: performing calculations, page 11: negative numbers vs. subtraction, page 12: square roots, page 13: cube roots and other radicals, page 14: absolute values, page 15: home screen f-menus, page 16: f1: tools, page 17: f2: algebra, page 18: 2: factor, page 19: f3: calculus.

• Page 20 CHAPTER 5. HOME SCREEN F-MENUS Example: Evaluate f ( 5), using f (x) = 9x + 1 from above. f has already been defined, otherwise you would do that now. To evaluate f ( 5), you need to enter ”f ( 5)”. Type Example: Solve f (x) = 7, using f (x) = 9x + 1 from above.

Page 21: F5: Progamio

Page 22: graphing equations/functions.

• Page 23 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS To enter in a function to graph, type the function in the command line. Example: You want to graph y = 2x + 1. Enter that in for y1 by using the arrows to move the cursor next to y1.

Page 24: Checking Window Settings

Page 25: clearing previous functions from the y= screen.

• Page 26 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS The problem with this window is that you cannot see part of the graph. What you need to do is to adjust the viewing window to go down further on the vertical axis. Go back to the WIN- DOW screen by pressing .

Page 27: F-Menus While Graphing

• Page 28 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS location of the second corner, also by moving the cursor with the arrow keys. As you move the cursor for the second corner, you will see a box being drawn on the graph. This is the box you’ll zoom in on.
• Page 29 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS 6: ZoomSTD ZoomSTD will automatically reset all the window settings to the standard viewing window and regraph the function(s). 7: ZoomTrig ZoomTrig will reset the window settings to a predefined [-3.3π, 3.3π] on the x-axis, and [-4, 4] on the y-axis.

Page 30: F3: Trace

Page 31: f5: math.

• Page 32 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS 2: Zero Zero will identify the zeros (a.k.a. the x-coordinate of an x-intercept) of your function. To use this command, the calculator will ask for a lower bound and upper bound, which tells the calculator which x-values to look between. If more than one zero is found, the least (left-most) zero will be identified.
• Page 33 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS 3: Minimum Minimum will find the minimum y-value between your identified lower bound and upper bound and it will visually move the cursor to this (x, y) coordinate. Example: Find the minimum y-value between the x-values of 0 and 2. Press to use the Minimum command.
• Page 34 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS 4: Maximum Maximum is the counter-part for the Minimum command. Maximum will find the maximum y-value between your identified lower bound and upper bound and it will visually move the cursor to this (x, y) coordinate. Example: Find the maximum y-value between the x-values of -3 and 0.
• Page 35 CHAPTER 6. GRAPHING EQUATIONS/FUNCTIONS 5: Intersection Intersection will allow you to determine where two different functions intersect, between your identified lower bound and upper bound and it will visually move the cursor to this (x, y) coor- dinate. In addition to identifying the lower bound and upper bound, you will need to identify which two functions you want to consider.

Page 36: Using The Table

• Page 37 CHAPTER 7. USING THE TABLE To enter in a function to use in the table, type the function in the command line. Example: Enter y = x + 2 for y1. Use the arrows to move the cursor next to y1 and then type in to the command line.

Page 38: The Table Settings

Page 39: using the table, rename the bookmark, delete bookmark, delete from my manuals, upload manual.

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