How do you convert the quotient of a division of two polynomials to a standard polynomial instead of a tuple in Python

Asked May 29 '22 at 11:05

Active May 29 '22 at 11:10

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I am creating a program to predict GDP per capita in Python and I have two models - one for GDP and the other for population. To create a model for GDP per capita I simply divided the two polynomials. However, I got something out of the ordinary:

(poly1d([-109498.08669488]),
 poly1d([-2.73247119e+06,  2.17471159e+10, -6.49022312e+13,  8.60827452e+16,
        -4.28139449e+19]))

Is there any way to convert this to a normal polynomial? What I mean by normal is something like this:

4x^5 + 3x^4 + 2x^3 + x^2 + 5x + 9

edited May 29 '22 at 11:10

Dan Getz

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asked May 29 '22 at 11:05

MathGeek

Take one of them. Obviously, one of them is quotient and the other is remainder. – Mechanic Pig May 29 '22 at 11:12
@MechanicPig The thing is I need both. – MathGeek May 29 '22 at 11:13
If you `print` a tuple, as you probably did here, you get the `repr` of each item. Print each of them separately. – Thierry Lathuille May 29 '22 at 11:14
How do you want to use them? You didn't explain it in the question. @MathGeek – Mechanic Pig May 29 '22 at 11:15
@MechanicPig I need to create a model for GDP per capita that is as accurate as possible. This means that I will need the quotient as well as the remainder. Is there a way I can format both of them together into one normal polynomial? – MathGeek May 29 '22 at 11:34

How do you convert the quotient of a division of two polynomials to a standard polynomial instead of a tuple in Python

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