#Electricity

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Lightning Trapped Inside “Glass”!🤯 As soon as he hits the surface with a hammer, it looks like lightning is trapped inside it. But the process is far more complex than it seems. This lightning-like pattern is called a Lichtenberg figure, first discovered in 1777 by German physicist Georg Christoph Lichtenberg. To create it, a thick sheet of acrylic (not ordinary glass) is placed inside a particle accelerator. The machine fires trillions of high-energy electrons into the material, storing a massive electrical charge inside. When a sharp object like a nail pierces the surface, that trapped charge discharges instantly — spreading through the acrylic in branching paths at incredible speed. The result is a frozen lightning pattern permanently captured inside the solid block. It’s not magic. It’s electricity, locked in time. #ScienceFacts #Physics #Electricity #HowThingsWork #MindBlowingFacts

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When I saw that video, many people claimed it showed the speed of light — but what it actually demonstrates is the speed of electricity. ⚡ Both are incredibly fast, but they aren’t the same. Light travels at nearly 300,000 km per second in a vacuum. Electricity, however — specifically the electric field moving through a wire — travels at a speed that depends on the conductor material and is usually a fraction of the speed of light. What the experiment really shows is an electrical signal moving through a long cable, turning on lights or triggering sounds one after another. We’re not watching photons racing through space, but rather the effect of an electrical signal traveling almost instantly inside the wire. It’s a powerful visual way to understand how electricity works in the technology we use every single day. #physics #electricity #speedoflight #nasa #explore

What happens when electricity meets saltwater ⚡🌊 #scienceexperiment #electricity #saltwater

इस बंदे को करंट नहीं लगता खतरों के खिलाड़ी 🫣🫣🫣👍 . ... .. 🚜🚜 #viral #trending #Facebook #Indian #fault #electricity #electrician #danger #risk #fire #खेतीबाड़ी

Electricity can be generated using magnets through a principle called electromagnetic induction. When a magnet moves near a coil of wire, it creates a changing magnetic field that pushes electrons through the wire, producing electric current. This is the basic concept behind generators, power plants, and many renewable energy systems like wind turbines. By converting mechanical motion into electrical energy, magnets play a key role in modern power generation. Follow @neoexplain for more!!✨📷 "✉️orDm for Credit/Removal" #Electricity #ScienceExperiment #PhysicsReels #STEMContent #HowItWorks

Maxwell’s Equations are the fundamental laws of electromagnetism. They describe how electric fields (E) and magnetic fields (B) are generated and interact. There are 4 equations: ⸻ 1. Gauss’s Law (Electric Field) \nabla \cdot \mathbf{E} = \frac{\rho}{\varepsilon_0} • Electric field is produced by electric charges • More charge → stronger electric field 👉 In simple terms: Charges create electric fields ⸻ 2. Gauss’s Law for Magnetism \nabla \cdot \mathbf{B} = 0 • No magnetic monopoles exist • Magnetic field lines always form closed loops 👉 Meaning: You can’t isolate a north or south pole ⸻ 3. Faraday’s Law of Induction \nabla \times \mathbf{E} = -\frac{\partial \mathbf{B}}{\partial t} • Changing magnetic field creates electric field 👉 Example: generators, transformers ⸻ 4. Ampère–Maxwell Law \nabla \times \mathbf{B} = \mu_0 \mathbf{J} + \mu_0 \varepsilon_0 \frac{\partial \mathbf{E}}{\partial t} • Magnetic field is created by: • Electric current (J) • Changing electric field 👉 This addition by Maxwell explains electromagnetic waves. #electrical #electricity #electrician #electricalengineer #electricalengineering

How to Calculate Resistance 🔌⚡ Understanding how to calculate resistance is an important concept in electricity and electronics. Resistance is measured in ohms (Ω) and it tells us how much a material opposes the flow of electric current. Using Ohm’s Law, resistance can be calculated with the formula: R = V / I Where: • R = Resistance (ohms) • V = Voltage (volts) • I = Current (amperes) For example, if a circuit has 10 V voltage and 2 A current, then: R = 10 / 2 = 5 Ω Learning this simple formula helps students understand circuits, solve physics problems, and prepare for exams. 📚 Keep learning science in a simple way with Sciencebysumati. #Physics #Resistance #OhmsLaw #Electricity #ScienceEducation Class10Physics NEETPreparation

The technician switching on this high-voltage transformer has a colleague standing directly behind him, hot stick in hand, ready to break contact if the current takes hold. At this voltage, AC electricity causes tetanic contraction. Your grip locks. You can't let go. Someone else has to pull you out. And electrocution isn't even the biggest threat. Arc flash — a plasma burst reaching 35,000°F — can kill or maim everyone within feet in a fraction of a second. The arc-rated suits, Class 0 gloves, and two-man rule aren't optional. They're what separates a close call from a fatality. These technicians work inches from death to power the cities, industries, and homes we depend on every day. They may earn $80,000–$120,000+ a year. No salary balances that. 🚨 Follow @aidisruptor for the latest in AI and tech innovation. Credit: ISG groupe de travailleurs (FB) DM for credit/removal (no copyright intended) #electricity #safety #electricalengineering #highvoltage #arcflash

Can You Pass This Circuit Symbol Quiz? ⚡ #quiz #electronics #electrical #engineering #circuit #circuits #stem #tech #engineeringstudent #electricity #trivia

Siapa nih yang kebiasaan make isolasi biasa buat nyambung kabel? yuk sharing di kolom komentar ! #electricaltips #electrical #electricalengineering #electric #electricity