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It all depends on what calculator you use to know how to program the formula into it.
I just agreed this section in algebra 1, so I'm pretty sure it's ax2 (ax squared) +bx+c.
doctor
If you have a computer, you already have the calculator that is part of the computer's program.
to solve ax2 + bx + c use the quadratic formula: (-b +/-(b2 - 4ac))/2a. Programming this should be a doddle.
It all depends on what calculator you use to know how to program the formula into it.
If you are looking to download an app on your ti-84 or higher calculator, you should watch the "Quadratic Formula Program on the Ti-84" on youtube. Best of Luck!
The easiest way to write a generic algorithm is to simply use the quadratic formula. If it is a computer program, ask the user for the coefficients a, b, and c of the generic equation ax2 + bx + c = 0, then just replace them in the quadratic formula.
I just agreed this section in algebra 1, so I'm pretty sure it's ax2 (ax squared) +bx+c.
The purpose of TI BASIC is to create math-oriented programs. It is exactly the same as what you normally input to do math, only with the addition of loops and other programish things. A big favorite is the Quadratic formula program, in which you input A, B, and C and it gives you the answers. I use TI BASIC to make my calculator do my homework for me.
doctor
If you have a computer, you already have the calculator that is part of the computer's program.
to solve ax2 + bx + c use the quadratic formula: (-b +/-(b2 - 4ac))/2a. Programming this should be a doddle.
I've used the quadratic formula in tuning software in High Performance automobiles. I had to input data into excel, then the program shot out the values in the quad for the tuning software to decipher what the voltage values of the input corresponded to AFR value (the values I put in). It was quite accurate. That's the only cool and practical application I have found so far in my line of work.
Yes. You can make programs directly on the calculator by pressing the PRGM button and selecting NEW. Or, you can download TI-Connect free at the ti site and use that program to make programs. Making programs on the computer is faster and allows you to save the programs as normal computer files. Then you use a cable to send the programs to you calculator. You can also send programs from your calculator to your computer. I would recommend programming on ti-connect and sending the files to your calculator, just make sure you don't exceed the memory, which shouldn't be that much of a problem on the silver edition.
In the Casio Scientific Calculator, it is possible to program in favorite formulas. The instruction manual has a step by step explanation. In short, a soft key can be accessed through function save. After inputting the formula, again go to function, select a letter for identification, and then save to retain the formula.
it is part of a computer program