Questions & Answers for: Casio jvc ax 3

...aX^3 +.... This is an approximate factorization, except if your calculator configured in MathIO, has been able to find exact roots (fractions and radicals) While the [MODE][5:Equation] only handles ...

...to find exact roots (fractions and radicals) where a is the coefficient of the highest degree monomial aX^2 +... or aX^3 +.... But I have a hunch that this is not what you wanted to hear. Good

...aX^3 +bX^2+cX+d =0 and the quadratic equations. If you want to factor a cubic polynomial P3(X) = aX^3+bX^2+cX+d , you write the corresponding cubic equation as aX^3+bX^2+cX=d =0 , then you divide all ...

ax^3+bx^2+cx+d Quartic: y=ax^4+bx^3+cx^2+dx+e LogReg, logarithmic: y=a+b*ln(x) ExpReg, exponential y=a*e^(bx) PowerReg, power: y= ax^b SinReg, sinusoidal: y=a*sin(bx+c) +d LogisticReg, logistic; y= c/

aX^3 bX^2 cX d , you write the corresponding cubic equation as aX^3 bX^2 cX d =0 , then you divide all terms of the equation by a to obtain X^3 (b/a)X^2 (c/a)X (d/a)=0. You use the calculator to solve

...aX^3 plus bX^2 plus cX plus d , you write the corresponding cubic equation as aX^3 plus bX^2 plus cX plus d =0 , then you divide all terms of the equation by a to obtain X^3 plus (b/a)X^2 plus (c/a)X ...

...aX^3 plus bX^2 plus cX plus d=0. If polynomial is of degree higher than 3, or for a general non-linear equation you must use the Solve( feature. See example #017 on page 6 of the appendix to the ...

my towa ax 100 cash register shows EP2 error could you please help me solve this thanks You need to replace the paper roll. Make sure you use a 57mm thermal roll.--------------------------------- If ...

how i reprogram ax-100 There is no single answer to this. You will need to work through each of the programming sections of your manual. It is not too difficult but it is much more than can be typed ...

...aX^3+bX^2+cx+d=0? There is no easy solution for a cubic equation such as this, unlike a quadratic equation which has a simple solution that we all learnt at secondary school. Google for cubic or this ...