2nd [CATALOG], solve( , enter equation, variable and guess after the bracket, close brackets with " ) ". You can also put lower and upper bounds after the guess.
In order to type an exponent, use the carrot sign. (It looks like ^ and is under CLEAR.) For example 58 would be 5^8.
Press Y= to see the equations. Enter and equation in, using x as the variable. (Press X,T,θ,n for an x.) Enter an equation and press GRAPH to see it. (If you need to graph parametric, polar, or sequential equations, press MODE and select the graph type you need. Select FUNC for normal y= equations.)
For the most part it can. if you have a TI-83 or better, you can use the solver under your math button. All you have to do is plug in the equation that is set to equal zero!
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The Texas Instument TI-84 model or higher
2nd [CATALOG], solve( , enter equation, variable and guess after the bracket, close brackets with " ) ". You can also put lower and upper bounds after the guess.
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If you have a TI-89: Hit "F2", select "solve." Enter your equation, which may or may not be in the following form: Then fill in values for your variables (a, b, and c) and solve for x. Your syntax will be: solve(ax^2+bx+c=0,x) * Also, if you are interested, you can download a software package for your TI graphing calculator to help you improve your score on the SAT test at www.calc-tech.com . It's called the SAT Operating System (SAT_OS) and can be used during the actual test to reduce time on math problems and improve the accuracy of your calculations.
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In order to type an exponent, use the carrot sign. (It looks like ^ and is under CLEAR.) For example 58 would be 5^8.
A TI 89 Titanium is solar powered which gives it a competitive edge against other calculator models. The TI 89 also allows for you to quickly complete algebra expressions and equations faster than other calculators.
The answer is .0284278589. To solve you solve like a normal squared problem, just with a negative. So, on a calculator like a TI-83, you do this: 5.9310^-2
Press Y= to see the equations. Enter and equation in, using x as the variable. (Press X,T,θ,n for an x.) Enter an equation and press GRAPH to see it. (If you need to graph parametric, polar, or sequential equations, press MODE and select the graph type you need. Select FUNC for normal y= equations.)
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Selwyn L. Hollis has written: 'Single variable CalcLabs with the TI-89/82' -- subject(s): Calculus, Data processing, TI-89 (Calculator), TI-92 (Calculator) 'CalcLabs with Mathematica' -- subject(s): Calculus, Data processing, Mathematica (Computer file) 'A Mathematica Companion for Differential Equations'
Examples are: Be, Al, Ti, V, Mn, Co, Ni etc.