IN SHORT Educational games adapted to all school levels More than 12,000 resources available including videos and games Physics toys for children promoting exploration Memory games to learn electricity and chemistry Scientific experiments to be done at home Electronic circuit kits to understand electricity Games that make science fun and fascinating Teaching materials incorporating games … Read more
IN BRIEF Origami to stimulate the desire to learn. Construction steps with clear illustrations. Use of GeoGebra to validate constructions. Enriching paper folding activity. Creation of geometric figures without cutting. Examples of geometric constructions for students. Resources and programs tailored to the CM1, CM2, and 6th grade levels. Dynamic geometry software for advanced visualization. Learning … Read more
IN BRIEF Definition of place value in decimal numbers. Difference between whole numbers and decimal numbers. Importance of digits after the decimal point (tenths, hundredths, etc.). Concept of truncation and approximate value. Writing decimal numbers in expanded form. Place value tables to organize values. In the field of mathematics, understanding decimal numbers and their place … Read more
IN BRIEF Chimiephysique.free.fr: Free courses and exercises for all levels from middle school to high school. PCCL: Site dedicated to chemistry physics for middle school and high school. Labolycée: Access to a variety of educational resources. Physique-chimie.fr: Content adapted for autonomous learning. Physics 2000: Resources in English to deepen concepts. Éduscol: Information on the use … Read more
IN BRIEF Set ℕ: Natural whole numbers (0, 1, 2, …) Set ℤ: Whole numbers (positive and negative) Set ℚ: Rational numbers (fractions) Set ℝ: Real numbers including irrational numbers Set ℝ⁺: Positive real numbers Set ℝ⁻: Negative real numbers Use of the number line to represent sets Importance of properties and relationships between sets … Read more
IN SHORT Use nature to teach mathematics Propose practical activities outdoors Contextualized learning environment Exploration of mathematical concepts through the environment Develop problem-solving skills Encourage imagination and oral expression Integration of geometry and modeling concepts Promote student engagement in their learning Active and playful learning in the open air Using nature as a support for … Read more
IN BRIEF Scientific culture: Appropriation of fundamental knowledge. Circulation of knowledge: Exchanges between disciplines and experimental practices. Future developments: Reasoning and innovation for the next 50 years. Formation of the mind: Importance of physics in critical reasoning. Fluid science: Understanding natural phenomena and environmental issues. Interdisciplinarity: Role of physics in other disciplines and fields of … Read more
IN BRIEF Universal language connecting various fields: physics, biology, computer science Enables precise communication without words Considered the most precise language to describe the Universe Ability to transcend cultural boundaries Use of symbols and formal structures Recognized by iconic figures such as Galileo Galilei Stable interpretation of concepts regardless of words Mathematics are often referred … Read more
IN BRIEF Understanding the concepts before learning Observation to better retain information Concrete games to practice multiplication Manipulation of operations for better assimilation Gamification of learning through board games Use of mnemonic tricks to facilitate memorization Regular repetition and training sessions Creation of practical sheets for tracking progress Encouragement of fun practice to maintain interest … Read more
IN SHORT YouTube: An essential platform for learning mathematics. Recommended channels: Micmaths, VideoDiMath, Hedacademy. Intensive workshops: Offered by Boss des Maths to enhance your understanding. Popularization: Content that makes mathematics accessible and interesting. Common issues: Dedicated help for students struggling in mathematics. Education: Educational videos for various levels, from middle school to high school. Creativity: … Read more