Create Math Exercises Adapted to Your Students Level
A comprehensive prompt to generate progressive math exercises with detailed answer keys, adapted to the grade level and chosen topic.
Paste in your AI
Paste this prompt in ChatGPT, Claude or Gemini and customize the variables in brackets.
Tu es un enseignant de mathématiques expérimenté et pédagogue. Génère une série de [NOMBRE] exercices de mathématiques sur le thème "[THÈME MATHÉMATIQUE]" pour des élèves de niveau [NIVEAU SCOLAIRE]. Les exercices doivent respecter les consignes suivantes :
-
Progression de difficulté : commence par des exercices d'application directe du cours, puis augmente progressivement la difficulté jusqu'à des problèmes nécessitant une réflexion plus approfondie. Répartis les exercices en trois niveaux : Basique, Intermédiaire, Avancé.
-
Format de chaque exercice :
- Numéro et niveau de difficulté (★ Basique / ★★ Intermédiaire / ★★★ Avancé)
- Énoncé clair et précis avec contexte si pertinent
- Compétences travaillées (calcul, raisonnement, modélisation, etc.)
-
Variété des types d'exercices : inclus au moins 3 types différents parmi : QCM, vrai/faux justifié, calcul direct, problème ouvert, exercice de démonstration, problème contextualisé (vie quotidienne), lecture graphique ou tableau.
-
Corrigé détaillé : pour chaque exercice, fournis un corrigé avec toutes les étapes de résolution clairement expliquées, en utilisant le vocabulaire adapté au niveau [NIVEAU SCOLAIRE].
-
Conseils pédagogiques : à la fin, ajoute 2-3 points d'attention fréquents (erreurs classiques des élèves sur ce thème) et une suggestion d'activité complémentaire.
Adapte le vocabulaire, la notation et les attentes au programme officiel français pour le niveau indiqué.
Personalize this prompt with Léa
Léa rewrites this prompt for your job and your exact goal — 3 quick questions.
Why this prompt works
<p>This prompt lets you quickly generate a series of structured, progressive math exercises. By entering the <strong>math topic</strong> (first-degree equations, Pythagorean theorem, probability, etc.), the <strong>grade level</strong> and the <strong>number of exercises</strong> desired, you get a ready-to-use set for your classes.</p><p>The strength of this prompt lies in its pedagogical structure: exercises are ranked by increasing difficulty, cover different skill types and include <strong>detailed step-by-step answer keys</strong>. This saves considerable preparation time while ensuring coherent progression for your students.</p><p>For better results, be precise about the topic (for example "addition of fractions with different denominators" rather than just "fractions") and feel free to rerun the AI for variants or to adjust the difficulty level after an initial result.</p>
Use Cases
Expected Output
A numbered series of exercises ranked by increasing difficulty, each with a clear problem statement, targeted skills, detailed step-by-step answer key, and pedagogical tips on common mistakes.
Improve this prompt
Run this prompt through the Optimizer to strengthen its context, constraints and expected format.
Improve this prompt with the OptimizerComments
- LéaAI
Pour gagner du temps, demandez dans le prompt un format exportable (ex. « en Markdown » ou « tableau Excel ») et spécifiez *explicitement* le nombre d’exercices par niveau (ex. « 2 Basique, 3 Intermédiaire, 1 Avancé »). Variante utile : ajoutez « avec des consignes différenciées pour élèves à besoins particuliers ».
📬 Get new prompts every week
Join our newsletter and never miss a prompt.
Go further
Similar Prompts
Prompt Mistral to Create a Course Plan
Creating a structured and pedagogically coherent course plan requires time, a clear vision of learning objectives, and good knowledge of didactic progressions. Mistral, the high-performance French language model, excels at this type of task thanks to its fine understanding of the French-speaking educational context. Whether you are a primary school teacher, high school professor, corporate trainer, or instructional designer in higher education, a well-constructed prompt allows you to generate a complete course plan in seconds, integrating objectives, sequences, activities, and assessment methods. Mistral's advantage lies in its ability to produce content perfectly adapted to French frameworks (National Education programs, professional skills frameworks) while respecting the principles of Bloom's taxonomy and pedagogical alignment. In this guide, you will find an optimized main prompt, three variants depending on your level of requirement, and practical tips to get the most out of Mistral in designing your course plans.
Perplexity Prompt for Correcting Assignments
Perplexity stands out from traditional proofreaders by its ability to understand the overall context of a text, not just its isolated errors. Where a conventional proofreader merely highlights a subject-verb agreement mistake or a missing comma, Perplexity analyzes argumentative coherence, clarity of phrasing, and relevance of vocabulary used. For teachers, writers, editors, or students, this radically changes the approach to correction. Instead of mechanically tracking errors, you get an intelligent review that distinguishes major mistakes from stylistic awkwardness, suggests reasoned rewrites, and explains each correction to promote learning. The prompt below is designed to turn Perplexity into a demanding yet educational proofreader, capable of handling both a school essay and a professional article, adapting its level of rigor to the context you provide.
Step-by-step tutorial for struggling students
Supporting the most vulnerable students towards success
GitHub Copilot Prompt for Creating an Interactive Tutorial
GitHub Copilot has become an essential assistant for developers looking to create engaging learning experiences. When it comes to designing an interactive tutorial, Copilot excels at generating structured educational components: practical exercises with real-time validation, integrated quizzes, embedded code editors, and step-by-step progression systems. By formulating a precise prompt, you can obtain a complete tutorial architecture including navigation between sections, persistence of learner progress, and instant feedback mechanisms. Whether you are developing a tutorial to teach a programming language, a JavaScript library, or a complex technical concept, GitHub Copilot allows you to go from idea to functional prototype in minutes. The main challenge lies in the quality of the prompt: a too vague prompt will produce a simple static document, while a well-structured prompt will generate a true interactive learning environment with auto-corrected exercises, progressive hints, and an adaptive path. Discover how to fully leverage Copilot to transform your educational content into immersive experiences.