Coincidence-Dev --- Introduction ---

You see here a curve representing a continuous function (and sufficiently differentiable). Your aim is to find the Taylor expansion of this function, in the neighborhood of 0.

You have the right to make several tries; each time you give a reply, you will see the curve of your `Taylor expansion' appear at the same time with that of the function. And you may modify the reply so that the two curves resembles each other in the best possible way.

Choose the level which suits you: Childish  Apprentice  Expert  Champion

Please take note that WIMS pages are interactively generated; they are not ordinary HTML files. They must be used interactively ONLINE. It is useless for you to gather them through a robot program.

• Description: graphically find the Taylor expansion of a function. Plateforme WIMS d'exercices interactifs et gratuits à données aléatoires avec feedback et corrections automatiques de l'enseignement secondaire au supérieur hébergée par le rectorat de l'académie de Versailles
• Keywords: euler, wims, eulerwims, versailles, mathématiques, mathematics, math, maths, physique, sciences, exercices, exercices à données aléatoires avec correction automatique, exercise, interactif, interactive mathematics, interactive math, interactive maths, en ligne, online, calcul, calculus, géométrie, geometry, courbes, curve, graphing, statistiques, statistics, probabilités, probability, algorithmes, algèbre, analyse, arithmétique, fonctions, qcm, quiz, cours, devoirs, éducation, enseignement, teaching, gratuit, free, open source, communs numériques, plateforme, classe virtuelle, virtual class, virtual classes, virtual classroom, virtual classrooms, interactive documents, interactive document, exercices interactifs, correction, feedback, lexique, glossaire, examen, feuilles d'exercices, ressources, outils, création d'exercices, codage, activités, parcours d'apprentissage, analysis,calculus, functions, curves, taylor_expansion