Create a 90-second animated explainer video titled: “How...

Create a 90-second animated explainer video titled: “How Does a Nuclear Power Plant Turn Uranium Into Electricity?” Explain the entire process as one continuously evolving visual system, rather than a collection of disconnected slides. Start with a tiny uranium fuel pellet. Zoom out to reveal the pellet inside a long fuel rod. Then reveal multiple fuel rods arranged together into a fuel assembly. Place the fuel assembly inside a cutaway view of a nuclear reactor vessel. Now progressively construct the system around it. Show: 1. Uranium atoms inside the fuel rod. 2. A neutron striking one uranium atom. 3. The uranium nucleus splitting. 4. Energy being released as heat. 5. Additional neutrons flying outward and striking nearby uranium atoms. 6. Build this into a visible chain reaction occurring inside the same fuel assembly. Then add control rods physically sliding down between the existing fuel rods. Show fewer neutrons continuing the chain reaction as the control rods absorb them. Do NOT redraw the reactor. Preserve the existing reactor and add these objects into it. Next, add water surrounding the fuel rods. Show heat transferring from the fuel rods into the surrounding water. Extend a pipe directly from the reactor toward a steam generator. The pipe must physically connect to both systems. Animate hot water flowing through this pipe. Inside the steam generator, show a second water loop receiving heat and turning into steam. Now extend another pipe from the steam generator toward a turbine. The steam should visibly travel through the pipe and strike the turbine blades. Show the turbine rotating. Attach the turbine shaft directly to an electric generator. Inside the generator, show: - rotating magnets, - stationary copper coils, - magnetic field lines, - electricity appearing in the coils. Then extend electrical wires from the generator to: transformer → transmission tower → city → house → glowing light bulb. At the same time, continue the physical steam/water system: turbine → condenser → cooling water → pump → steam generator. By the final scene, the viewer should be looking at one large interconnected machine: uranium → reactor → hot-water loop → steam generator → steam pipe → turbine → generator → transformer → power grid → house with the cooling loop underneath. Critical animation requirement Do NOT repeatedly erase everything and create unrelated scenes. Whenever possible, reuse and build upon objects already drawn. New objects must interact spatially with existing objects: - control rods slide between existing fuel rods - water surrounds existing rods - pipes attach precisely to existing machines - steam travels inside existing pipes - turbine blades rotate around the existing shaft - generator attaches directly to the turbine shaft - wires connect directly from generator to transformer - cooling pipes loop underneath the turbine system - arrows should follow the actual geometry of pipes rather than floating independently Use foreground/background layering where necessary. For example, pipes may pass behind machines and emerge on the other side. Control rods should partially disappear behind reactor components when inserted. Water and steam indicators should appear inside their containers rather than floating over them. Keep labels concise. Use visual transformations and cause-and-effect instead of paragraphs of text. The final composition should make the entire energy transformation obvious at a glance: Nuclear Energy → Heat → Steam → Motion → Electricity → Light Make this a demanding visual explanation with many interconnected objects while keeping the drawing clean and understandable.