List questions from rational-functions

Published on 21 Dec 2015 - 21:55

288

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How can I integrate rational functions with denominator with just quadratics as factors?

Published on 22 Dec 2015 - 14:11

235

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A rational orbit that's provably dense in the reals?

Published on 06 Jan 2016 - 21:03

132

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Finding the value of a parameter for which a rational function is tangent to x-axis.

Published on 08 Jan 2016 - 16:44

595

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coefficients of Laurent series of rational function

Published on 12 Jan 2016 - 13:45

1k

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Piecewise from Rational Absolute Value Function

Published on 22 Jan 2016 - 6:21

254

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Is there a rational surjection $\Bbb N\to\Bbb Q$?

Published on 25 Jan 2016 - 16:40

180

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why does the equation $(-x^2 + 2x)/(5x - 4) = 6$ have 2 solutions?

Published on 27 Jan 2016 - 23:48

250

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How to integrate $\frac{1}{(1 + x^5)(1 + x^7)}$

Published on 30 Jan 2016 - 15:32

87

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How do I perform u-substitution on this problem?

Published on 31 Jan 2016 - 22:34

86

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Is there a rational function $f$ satisfying $f(x) =f\left( \frac{1}{1-x} \right)$ for all $x$?

Published on 04 Feb 2016 - 3:01

7.1k

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Degree of Rational Function

Published on 05 Feb 2016 - 13:51

86

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Does this method of finding the range of rational functions always work?

Published on 07 Feb 2016 - 12:17

62

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What does it mean that "$f = g$ in $k(h(t))$?"

Published on 07 Feb 2016 - 22:55

1.2k

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How to solve integrals where you can't factor a polynomial?

Published on 10 Feb 2016 - 2:56

List Question

$T: \mathbb{Q}[X]\mapsto\mathbb{Q}[X]$. Proving $T$ is injective and not surjective.

How can I integrate rational functions with denominator with just quadratics as factors?

A rational orbit that's provably dense in the reals?

Finding the value of a parameter for which a rational function is tangent to x-axis.

coefficients of Laurent series of rational function

Piecewise from Rational Absolute Value Function

Is there a rational surjection $\Bbb N\to\Bbb Q$?

why does the equation $(-x^2 + 2x)/(5x - 4) = 6$ have 2 solutions?

How to integrate $\frac{1}{(1 + x^5)(1 + x^7)}$

How do I perform u-substitution on this problem?

Is there a rational function $f$ satisfying $f(x) =f\left( \frac{1}{1-x} \right)$ for all $x$?

Degree of Rational Function

Does this method of finding the range of rational functions always work?

What does it mean that "$f = g$ in $k(h(t))$?"

How to solve integrals where you can't factor a polynomial?

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