Le ciel dans un verre, activités scientifiques pour les enfants. Globule s'interroge... Pourquoi le ciel est bleu? Demandez aux enfants de vous dire pourquoi, d’après eux, le ciel est bleu. Un verre ou autre contenant transparent avec des côtés droitsDe l’eau (1 à 2 tasses)Du lait (½ à 1 cuillère à thé)Une lampe de poche Remplis le verre environ aux ¾ d’eau.Ajoutes-y le lait et brasse bien.Pour cette expérience, tu devras utiliser ton imagination. La lumière blanche de la lampe de poche est en fait une combinaison de toutes les couleurs de lumière. C’est le même principe dans l’air, sauf que la lumière du soleil frappe des particules de poussière. Angélique Boissonneault Stuff to Blow Your Kid's Mind" NOW PLAYING ( 1 of 10 ) Stuff to Blow Your Kid's Mind Atmospheric Pressure Did you know that air has weight? It may sound strange, but it's true. Gravity Gravity is the force that holds us on the planet -- but how does it actually work? Magnets You've probably played with magnets before -- these fascinating items can exert control over another object without actually touching it. Did Alien Bacteria Seed Life on Earth? Bacteria is everywhere -- even inside your own body. Rainbows Rainbows can be achingly beautiful, but what makes that unique mix of colors spread across the sky? Salt You've seen crystals before. Scale: The Big and Small of the Solar System In this experiment, Julie and Robert use household items to show you the difference between the size of Earth in comparison to other planets. Solar Sails: Come Fly the Friendly Universe The sun is constantly bombarding our planet with solar energy, and it's possible to measure the effect of this power. Static Electricity Volcanoes
eduvee Education - Multimedia Discovery Missions The Multimedia Discovery Mission Demos are a series of 14 interactive multimedia presentations and learning activities that address topics ranging from Chemosynthesis and Hydrothermal Vent Life and Deep-sea Benthos to Food, Water and Medicine from the Sea. Credits. Lesson 1 - Plate Tectonics Lesson 2 - Mid-Ocean Ridges Lesson 3 - Deep-Sea Corals Lesson 4 - Subduction Zones Lesson 5 - Chemosynthesis and Hydrothermal Vent Life Lesson 6 - Deep-Sea Benthos Lesson 7 - Water Cycle Lesson 8 - Ocean Currents Lesson 9 - Ocean Waves Lesson 10 - Tides Lesson 11 - Energy from the Oceans Lesson 12 - Food, Water, and Medicine from the Sea Lesson 13 - Hurricanes Lesson 14 - Seamounts An average of 2,000 strong earthquakes and large volcanic eruptions occur every year all around the world. Click here for HTML version NOAA’s Submarine Ring of Fire Expeditions have helped illuminate the dynamic forces at work along mid-ocean ridges. Click here for HTML version Click here for HTML version
ArvindGuptaToys Books Gallery Your Free Stuff: Handouts, Worksheets, and Coloring Sheets | Science With Me! Get it Now! Your Free Stuff: Handouts, Worksheets, and Coloring Sheets Dear Parent, Thank you so much for your interest in our free handouts and worksheets. You should know that this is just the tip of the iceberg – if you like what you see here, then you’re going to absolutely love our Activities Bundle! Anyway, without further ado, here’s the material. (Bookmark this page, so that you can come back whenever you need!) Printable PDF/JPEG Cartoons All About Air Air is Matter.Air Expands When Heated & Contracts When Cooled.Air Weighs Something.Air Pushes in All Directions.Air Moves.Air Has Volume.Fire Needs Air To Burn.Air Has Pressure – Card,Water & GlassAir Has Pressure – Fountain BottleAir Has Pressure – Hovercraft Science Experiments For Kids How do plants drink? Learn About Laboratory Apparatus Learn About Laboratory Apparatus – Download the Worksheets Learn about the Butterfly Learn About Electricity Learn About the Human Skeleton Learn About The Skeleton – Download the Worksheets inShare0
Expeditions to the Seafloor eequalsmcq - The Lab of Mister Q - Homeschool Science and other Education Resources Education - PHYSIQUE Panier | Première visite? Services en ligne Espace Client Commande / devis rapide Suivi de commande Abonnement newsletter Demande de catalogues Bon de commande à imprimer Services+[gratuits] Ressources à télécharger: Notices Extraits vidéo Mises à jour logiciels Démos Travaux Pratiques Guides d'équipement Fiches Données Sécurité Questions fréquentes Contactez-nous Posez une question Donnez votre avis Vos interlocuteurs Devenez auteur Aide - Vous souhaitez Passer une commande Etablir un devis Suivre vos commandes Consulter des ressources Qui sommes-nous International Liens / partenaires Nos engagements Qualité ISO Conditions générales de vente Sécurité Garantie Livraisons Tarifs en Euros TTC valables pour la France métropolitaine jusqu'au 30/04/2015 Pour les DOM-TOM et l'international, nous consulter.
The Science Spot Learning Science Through Inquiry Frequently Asked Questions About Inquiry Workshop 1 | Workshop 2 | Workshop 3 | Workshop 4 | Workshop 5 Workshop 6 | Workshop 7 | Workshop 8 Contributing Authors: Christine Collier - principal of the Center for Inquiry, a K-8 magnet/option school in the Indianapolis Public School district Judith Johnson - associate professor of science education at the University of Central Florida; associate director of the Lockheed Martin/University of Central Florida Academy of Mathematics and Science Lisa Nyberg - assistant professor in the education department at California State University, Fresno Virginia Lockwood - staff developer and consultant, District 2 New York City 1. Inquiry teaching is allowing students’ questions and curiosities to drive curriculum. 2. In an inquiry-based classroom, students aren't waiting for the teacher or someone else to provide an answer — instead, they are actively seeking solutions, designing investigations, and asking new questions. 3. top 4. 5. 6. 7. 8. 9. 10. 11. 12.
Mrs. Deringer - Life - Scientific Method Here are the Steps to the Scientific Method Problem: Is the question you are trying to solve. It is always written as a QUESTION and therefore ends with a question mark. (?) Background Information: Collect information about the question. Conduct research. Hypothesis: An educated guess, you have made according to the background information you have collected through research. Materials: All the supplies you need to set up the experiment. Procedure: The steps you will follow to complete the experiment. Independent variable: The one thing that you are testing. Constants: All the things that you keep the same between the experimental and control group. Observations: The information you collect by conducting the experiment. Conclusion:A possible answer to the problem.
Lesson Plans (ABC Science) Lesson Plans Making waves Make a cool wave animation and, in the process, learn about the ebb and flow of the surf. Taste illusion It is said first impressions matter, but are they always correct? Food, exercise and energy Students use nutrition information to calculate the number of teaspoons of fat and sugar in their favourite food and drinks. Flipping coins Flipping a coin one hundred times might sound mundane but it always produces truly astonishing results. Explore more Lesson Plans Rotocopters Students use balloons, plastic cups and sticky tape to construct their own Rotocopters. DIY lava lamp Students make a simple yet spectacular lava lamp. DIY pH indicator The natural pH indicator present in red cabbage leaves are extracted in a whole class demonstration. Cool Colour Students predict how food dyes from four chocolate buttons will mix in water. Will it float? Will it float is a surprisingly contagious and fun educational game you can play every day. Salt and germination Electric experiments