Electric Fly Swatter and Coke can

Electric Fly Swatter + Coke can = Franklin's bell This experiment invented by Benjamin Franklin in the 18th century during his experimentation with electricity. The hanging Aluminum ball will be attracted to.\r\n\r\nExperiment with electric fly swatter and two aluminium cans. Static electricity experiment. Electric fly swatter can produce 3000V~4000V DC.\r\n\r\nExperiment start : 00:30 This experiment invented by Benjamin Franklin in the 18th century during his experimentation with electricity. The central Aluminum .\r\n\r\nThis video will show you a video response to the video Thomas Kim and his Franklin's bell. Experiment with electric fly traps and two cans of cola showing ho.\r\n\r\nThis is 15 times manual voltage multiplier. You can generate more than 30 kV using only one electric fly swatter. This clip shows Franklin's bell experiment .\r\n\r\nThis is how to make the device from my last video. Other known as Franklin's Bell. In this video I used a coke can top for the center piece which gives it a .\r\n\r\nGot bored so i made this in about 1min Earn free iOS apps from \r\n\r\nSlopro app used We take suggestions from our subscribers on what to do next! Sub and shoot us your ideas!\r\n\r\nso. this fly swatter hurts quite a bit. she is scared of it. so its hilarious. she hates me for life. going to get her with it when shes not looking.\r\n\r\nThis is Franklin's Bell experiment. Materials : India ink painted ping-pong ball, High voltage generator, Aluminum cans.\r\n\r\nThree cans Franklin's bell powered by electric fly swatter. Static electricity experiment.\r\n\r\nCW multiple powered franklin bell.\r\n\r\nPhysic Electromagnetic Experiment. By: 12B of the 12 Generations ZAMAN INTERNATIONAL SCHOOL.\r\n\r\nim willing to bet alcohol was involved. needless to say, try this at home for more fun go to a rated R podcast.\r\n\r\nThe things we do camping.\r\n\r\nWhile ATV riding in Moab, my friends told me the electric fly swatter felt just like a 9 volt battery on your tongue. NOT!!!!\r\n\r\nCuando se conecta el circuito, los procesos de carga y descarga electrostáticas de una bolita metálica originan un movimiento oscilatorio de la bolita entre .\r\n\r\nI really like my version of the Franklin Bell Experiment because instead of a metal ball I'm using a strip of aluminium foil which is showing some interestin.\r\n\r\nThis is an experiment with electricity. In other words Franklin's Bell.\r\n\r\n Видеокурс Андрея Трунова 5 секрето.