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  2. Quintic function - Wikipedia

    en.wikipedia.org/wiki/Quintic_function

    Because they have an odd degree, normal quintic functions appear similar to normal cubic functions when graphed, except they may possess one additional local maximum and one additional local minimum. The derivative of a quintic function is a quartic function. Setting g(x) = 0 and assuming a ≠ 0 produces a quintic equation of the form:

  3. Thomae's formula - Wikipedia

    en.wikipedia.org/wiki/Thomae's_formula

    This formula applies to any algebraic equation of any degree without need for a Tschirnhaus transformation or any other manipulation to bring the equation into a specific normal form, such as the Bring–Jerrard form for the quintic. However, application of this formula in practice is difficult because the relevant hyperelliptic integrals and ...

  4. G. N. Watson - Wikipedia

    en.wikipedia.org/wiki/G._N._Watson

    Watson provided proofs for most of Ramanujan's modular equations. Bruce C. Berndt completed the project begun by Watson and Wilson. Much of Berndt's book Ramanujan's Notebooks, Part 3 (1998) is based upon the prior work of Watson. [11] Watson's interests included solvable cases of the quintic equation. He introduced Watson's quintuple product ...

  5. Abel–Ruffini theorem - Wikipedia

    en.wikipedia.org/wiki/Abel–Ruffini_theorem

    Proving that the general quintic (and higher) equations were unsolvable by radicals did not completely settle the matter, because the Abel–Ruffini theorem does not provide necessary and sufficient conditions for saying precisely which quintic (and higher) equations are unsolvable by radicals.

  6. Niels Henrik Abel - Wikipedia

    en.wikipedia.org/wiki/Niels_Henrik_Abel

    Abel sent a paper on the unsolvability of the quintic equation to Carl Friedrich Gauss, who proceeded to discard without a glance what he believed to be the worthless work of a crank. [12] As a 16-year-old, Abel gave a rigorous proof of the binomial theorem valid for all numbers, extending Euler's result which had held only for rationals.

  7. Galois theory - Wikipedia

    en.wikipedia.org/wiki/Galois_theory

    While Ruffini and Abel established that the general quintic could not be solved, some particular quintics can be solved, such as x 5 - 1 = 0, and the precise criterion by which a given quintic or higher polynomial could be determined to be solvable or not was given by Évariste Galois, who showed that whether a polynomial was solvable or not ...

  8. Barth–Nieto quintic - Wikipedia

    en.wikipedia.org/wiki/Barth–Nieto_quintic

    Download as PDF; Printable version; ... In algebraic geometry, the Barth–Nieto quintic is a quintic 3-fold in 4 ... of P 5 satisfying the equations

  9. Rogers–Ramanujan identities - Wikipedia

    en.wikipedia.org/wiki/Rogers–Ramanujan_identities

    The general case of quintic equations in the Bring–Jerrard form has a non-elementary solution based on the Abel–Ruffini theorem and will now be explained using the elliptic nome of the corresponding modulus, described by the lemniscate elliptic functions in a simplified way.