What programming language does TI-89 use?

TI-BASIC 89
The TI-89 is directly programmable in a language called TI-BASIC 89, TI’s derivative of BASIC for calculators. With the use of a PC, it is also possible to develop more complex programs in Motorola 68000 assembly language or C, translate them to machine language, and copy them to the calculator.

What can the TI-89 Titanium do?

TI’s most powerful graphing handheld to date, the TI-89 Titanium offers new features, preloaded apps, and even more versatility. A built-in USB port makes data transfer ultraconvenient. Plus, with three times more memory than the TI-89, you can store more apps, data, and programs.

How do you graph functions on a graphing calculator?

On the TI-83 and TI-84, this is done by going to the function screen by pressing the “Y=” button and entering the function into one of the lines. After the function has been entered, press the “GRAPH” button, and the calculator will draw the graph for you.

What calculator do you need for differential equations?

CAS stands for “computer algebra system”, which means that the calculator is capable of producing symbolic results rather than just numerical results. The TI-Nspire™ CX II features a deSolve wizard function for reducing syntax errors in solving differential equations. The TI-Nspire CX can even do vector calculus.

What is the difference between TI-89 and TI-89 Titanium?

The touted advantages of the TI-89 Titanium over the original TI-89 include two times the flash memory (with over four times as much available to the user). The TI-89 Titanium is essentially a Voyage 200, without an integrated keyboard.

Is TI-89 Titanium a good calculator?

This is a really powerful ability to be able to carry around with you. It’s also a great calculator for most standardized test takers. The TI-89 is legal on most standardized tests. Of the “big 3,” you can use it on the SAT and AP Calculus test but not the ACT.

How do you graph an equation?

To graph an equation using the slope and y-intercept, 1) Write the equation in the form y = mx + b to find the slope m and the y-intercept (0, b). 2) Next, plot the y-intercept. 3) From the y-intercept, move up or down and left or right, depending on whether the slope is positive or negative.