Prompt

Create a cinematic 60–90 second educational animation explaining Ohm's Law. Dark futuristic background with glowing blue electric circuits and flowing electrons. Start with the title "OHM'S LAW – The Foundation of Electronics". Show a realistic battery connected to a resistor through wires. Animate electrons moving through the circuit while displaying the formula: V = I × R Explain each variable with glowing labels: V (Voltage) = Electrical Pressure (Volts) I (Current) = Flow of Electrons (Amperes) R (Resistance) = Opposition to Current (Ohms) Use water-pipe analogy animations: Voltage as water pressure. Current as water flow. Resistance as a narrow pipe restricting flow. Show practical examples: Increase Voltage → Current increases. Increase Resistance → Current decreases. Constant Resistance → Current proportional to Voltage. Display animated calculations: Example 1: V = 12V, R = 4Ω I = V/R = 12/4 = 3A Example 2: V = 24V, R = 6Ω I = 24/6 = 4A Include colorful graphs showing Voltage vs Current relationship. Use glowing arrows, 3D circuit components, realistic resistors, batteries, LEDs, and MOSFETs. Add smooth camera movements, zoom-ins, dynamic transitions, and modern tech-style HUD elements. End with a summary screen: "Ohm's Law: Voltage drives Current, Resistance limits Current." Display the formula V = I × R in large glowing text with electric effects. Ultra-detailed scientific animation, photorealistic electronics, 4K, 60 FPS, professional educational documentary style, semiconductor engineering aesthetic, neon blue and white color theme.