magnetic swing working model for school science project in easy steps - diy pandit

magnetic swing working model for school science project in easy steps - diy pandit #magneticswing #magnet #scienceproject #workingmodel #workingproject #diypandit #papercup This simple and creative Magnetic Swing Science Project demonstrates how magnetic force can influence motion without direct contact. In this experiment, we build a small swing using basic materials like straws, thread, and a lightweight seat. A magnet is placed beneath the swing, and as the swing moves, the magnetic attraction or repulsion affects its motion. This project is perfect for school students because it combines fun with learning. It helps in understanding key scientific concepts such as magnetism, force, motion, and energy transfer. The best part is that it uses easily available materials and can be completed at home or in the classroom. When the swing passes over the magnet, the magnetic force either pulls or pushes it, depending on the type of magnet and its orientation. This creates a unique swinging pattern that is different from a normal swing. This experiment is ideal for science fairs and exhibitions, as it is visually engaging and easy to explain. Watch the full video to learn how to build this project step by step and understand the science behind it. Don’t forget to like, share, and subscribe for more fun science experiments! Viva Questions and Answers (10) Q: What is magnetism? A: Magnetism is a force by which a magnet attracts or repels certain materials like iron. Q: What is used in this project to affect the swing? A: A magnet placed under the swing. Q: What type of force is magnetic force? A: It is a non-contact force. Q: Why does the swing move differently over the magnet? A: Because magnetic force alters its motion. Q: What materials are attracted by magnets? A: Materials like iron, nickel, and cobalt. Q: What are the poles of a magnet? A: North pole and South pole. Q: What happens when like poles come close? A: They repel each other. Q: What happens when unlike poles come close? A: They attract each other. Q: What form of energy does the swing have? A: Kinetic energy (motion) and potential energy. Q: Where can this project be used? A: In science fairs, school exhibitions, and learning demonstrations.