Dr. Pi presents: Balloon Race Newton's Laws Of Motion Physics Activities

Supplies for Exploring Newton’s Laws of Motion Balloons of various shapes and sizes Construction paper String Straws Tape Scissors Kitchen clips Normal paperclips, crafting sticks or other items that can be used as weights on the balloons Anchor points – could be chairs, tables or even people holding the string Stop watch Fabric tape measure or you can use string and measure the string Kitchen Scale Science notebook or other way of recording data 1. Set two chairs at opposite ends of the room, with their backs to each other. They should be at least 10 feet apart. 2. Cut a drinking straw in half. Keep only the straight half. 3. Tie a string to the back of one chair. Put the straw on the string. Tie the other end to the back of the other chair. Move the chairs so the string is stretched tight. 4. Take a pea-sized piece of modeling clay and insert it into the balloon (this will make it spin less). 4. Blow up the balloon so that it is about 7” across. Twist up the end but do not tie it. Use a clip to secure the end temporarily. 5. Use a piece of tape to attach the balloon to the straw (underneath). 6. If possible, have one partner film the balloon’s flight so you can watch it again later. 7. Remove the clip. Then let go of the balloon and see what happens! Title: Balloon Race: Exploring Newton's Laws of Motion | Fun Physics Activities for Students Description: Get ready for a high-speed science adventure with our Balloon Race experiment! In this video, we'll explore Newton's Laws of Motion through a fun and engaging balloon race activity. Perfect for students, teachers, and science enthusiasts, this hands-on experiment demonstrates the principles of physics in an exciting way. Watch as we guide you step-by-step to set up your own balloon race, explaining how Newton's First, Second, and Third Laws of Motion come into play. Ideal for classroom activities, science fairs, or at-home learning, this video is a fantastic resource for understanding the basics of physics through interactive learning. Don’t forget to like, share, and subscribe for more thrilling STEM activities and educational content! Keywords: Balloon race, Newton's laws of motion, physics activities, STEM experiment, science for students, hands-on learning, educational video, fun science projects, classroom activity, physics for kids, interactive learning, Newton's laws explained, STEM education. Join us for tailored students or teacher training in STEM - STEAM - STREAM Available courses: https://ka1stem.weebly.com/ Course 4075413 Early Education STEM & STEAM for Nursery & Kindergarten Strategies across STEM, STEAM, STREAM - Spark Curiosity Through Playful Learning - Future-Ready Educators: Master EESTEAM for Differentiated Learning https://school-education.ec.europa.eu... Course 4075343 STEM – STEAM - STREAM in Classroom for Real World Problems - Artificial Intelligence (AI) - Multiple Intelligences - Gamification - Microlearning - Flipping Classrooms - CLIL - Blended Learning https://school-education.ec.europa.eu... Course 4075265 STEAM vs STEM: Build Your Own STEM: BYO - STEAM Toolbox: Building Differentiated Learning in Sustainability - Get STEAM [Y]: Differentiation Done Right with Sustainable Learning Adventures https://school-education.ec.europa.eu... Course 4075182 Need to CLIL you teaching? Level Up Your Teaching - Unleashing Multiple Intelligences in CLIL - Mastering CLIL Through Digital Storytelling - App-Supported Scaffolding Strategies https://school-education.ec.europa.eu... Course 4075091 To ChatGPT or not to GhatGPT: Artificial Intelligence AI is not just Chat GPT- Everything you need to know about Chat GPT - Master the Perfect Prompt – Prompting AI chatbots https://school-education.ec.europa.eu...