@animaltalkz: Michelia Alba Flower Bud Tesla Coil Experiment – Stunning Lightning Effect Explained In today's experiment, we're using a Michelia alba flower bud with a Tesla coil to see what happens when it's powered on. As soon as the Tesla coil is activated, the bud produces a spectacular lightning-like effect. So, what's the science behind this phenomenon? The Tesla coil generates high-frequency, high-voltage current, creating a powerful electric field in the surrounding air. When this field interacts with the air, it ionizes the molecules, stripping away electrons and making the air conductive. This process causes visible arcs and discharges on the surface of the flower bud, creating the lightning-like visual effect. Additionally, the Michelia alba bud may contain moisture or conductive materials, which form a path for the electric current. The high-voltage electric field ionizes the air around the bud, producing what's known as corona discharge. This is why we see the bright flashes of light around the flower, much like natural lightning. This experiment beautifully illustrates the interaction between high-voltage electricity and conductive objects, showing how ionized air can create a stunning visual effect similar to a lightning storm. It's a fascinating demonstration of science in action and a perfect way to explore the effects of Tesla coils. Hashtags: #TeslaCoil #FlowerExperiment #LightningEffect #HighVoltage #Science #ScienceExplained #CoronaDischarge #ElectricityExperiment #STEM #TiktokScience #TechExploration #ArcDischarge #ElectricField #MicheliaAlba #TiktokExperiments #VisualScience #Experiment #funExperiment

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Friday 20 September 2024 12:08:31 GMT