Vigyata.AI
Is this your channel?

The Van de Graaff Generator Experiment (Static Electricity generator/ electrostatic generator )

5.7K views· 246 likes· 11:14· Jan 22, 2018

🛍️ Products Mentioned (8)

The Van de Graaff Generator Experiment (Static Electricity generator/ electrostatic generator ) Kilovoltron Van de Graaff Generator https://amzn.to/3arDTuI Filming equipment Cell Phone Tripod 54 inch Travel Tripod with Bluetooth Remote - https://amzn.to/34REzbB Blue Yeti USB Microphone - https://amzn.to/3ePJwGu Green screen & lights - https://amzn.to/2XT9Yc1 Van de Graaff generators do more than just make your hair stand up! But standing your hair up is AWESOME! A Van de Graaff generator uses static electricity and a moving belt to charge a large metal sphere to a very high voltage. If you put your hands on a Van de Graaff generator, it will make your hair stand up as we saw with ElectroGrace! A 9volt battery is 9 volts, a US wall socket outlet is 120 volts and the Van de Graaff is up to 325,000 volts. It works by static electricity, like shuffling your feet across the carpet and shocking yourself on the doorknob. Big rubber bands move over a piece of felt and strip away the felt’s electrons. The electrons move up the rubber band to the metal ball and into the person. The electrons repel each other, so they try to get as far away from each other as possible. We see this effect when the volunteer’s hair moves as far away from the body as it can! If you touch the generator, all that electricity will go through your body giving you a big shock. It can actually be dangerous. You can be protected from the ground by standing on a piece of rubber or plastic. We say plastic and rubber are insulators since charges can’t travel through them very easily. When you touch the generator now, the charges can’t get to the ground. You are now filled up with electrons. Van de Graaff generators can also create lightning-like sparks that travel through the air. This happens if an object with an opposite charge is held near the generator. Remember that opposite charges attract each other, and the force of this attraction can be strong enough to allow charges to pass through the air, creating a spark. Van de Graff Generator's See which one you like below http://amzn.to/2DmzfOF https://amzn.to/2jQEZrQ https://amzn.to/2rzzDWb Sci-Supply http://www.sci-supply.com/Van-De-Graaff-p/lc2910-hc.htm

🎬 More from Kids Fun Science (Kids Fun Science)