I am aware that for expressions in the type $$eq = c_0 + c_1x + c_2x^2...$$ the coefficients of x can be expressed as decimals by doing eq.polinomial(RR) however, I noticed that if it is in the form $$eq = \dfrac{c_0 + c_1x}{c_2 + c_3x}$$ or in any form where it is impossible to express as $c_0 + c_1x^n$ where n is some power of x, the eq.polinomial(RR) only returns an error giving TypeError: fraction must have unit denominator. How can I approximate $eq = \dfrac{c_0 + c_1x}{c_2 + c_3x}$ where c_0, c_1, c_2, c_3 are some decimals? I am aware that $\dfrac{c_0 + c_1x}{c_2 + c_3x}$ however I do not know what it is.
I am aware that for expressions in the type $$eq = c_0 + c_1x + c_2x^2...$$ the coefficients of x can be expressed as decimals by doing eq.polinomial(RR) however, I noticed that if it is in the form $$eq = \dfrac{c_0 + c_1x}{c_2 + c_3x}$$ or in any form where it is impossible to express as $c_0 + c_1x^n$ where n is some power of x, the eq.polinomial(RR) only returns an error giving TypeError: fraction must have unit denominator. How can I approximate $eq = \dfrac{c_0 + c_1x}{c_2 + c_3x}$ where c_0, $c_0, c_1, c_2, c_3 are c_3$ becomes some decimals? I am aware that $\dfrac{c_0 + c_1x}{c_2 + c_3x}$ is not a polynomial however I do not know what it is.