Can the TI-83 match the solving abilities of the TI-89?

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The TI-89 outperforms the TI-83 in solving capabilities, particularly with features like csolve and a CAS system that simplifies algebraic expressions. Users express frustration with the TI-83's limitations and discuss the potential for creating programs to mimic TI-89 functionalities, though this is seen as complex and challenging. While the TI-83 can utilize downloadable apps for polynomial solving, it lacks the comprehensive features of the TI-89. Some users note that the TI-89 can produce overly complex or incorrect answers in certain scenarios. Overall, for advanced mathematical tasks, the TI-89 is recommended over the TI-83.
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Ti 83-->89

I know the Ti89 has the csolve and solve feautures... so I was wondering if there was a way of getting the ti83 to do this same type of thing?

If a program has to be created.. what would it look like?

Thanks...

What other essential things could be "borrowed" from the ti89 .. by creating a program.. for the ti83?
 
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Just buy the Ti-89. Ti-83 is a joke compared to 89
 
Csolve seems to me to be the same thing that the TI-86 does on equations. As for the 83, you can download "APPS," from TI which gives you a polynominal solver.
 
I did buy the ti89 but I for some tests I will be taking.. I won't be able to use it.
 
Doesn't TI89 have a CAS system which can simpify your algebra expressions. Even derivate it can, I think.
 
It can integrate, derivate, simplify, etc...

HOWEVER it sometimes gets answers that are 'out there'. IE: It gives you either (A) the wrong answer, or (B) a very long answer instead of a simplification (if you try to solve most inversge trig functions you get large equations)

That kind of Math is incredibly complexe, I find it amazing that they managed to get a computer system to do it.

I've tried to just write a simple solving function for polynomials and the hundreds of possibilities are...
 
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