🚀 Fast Fact: Ever spilled perfume in a room and noticed how its scent spreads? That's diffusion in action!
🏆 The Big Idea: More particles move from high to low concentration than the other way around. So, there's a net movement from the high to the low concentration zone. This is like fans moving from a packed concert section to a less crowded one.
💡 Fun Analogy: Imagine a slide in a playground. Particles love sliding down from a high point (high concentration) to a low point (low concentration). That's the concentration gradient!
🐰 The Energy Bunny: Diffusion doesn't need an energy boost. It's a passive process. It's like rolling downhill without pedaling on a bike.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟
🚀 Fast Fact: Ever spilled perfume in a room and noticed how its scent spreads? That's diffusion in action!
🏆 The Big Idea: More particles move from high to low concentration than the other way around. So, there's a net movement from the high to the low concentration zone. This is like fans moving from a packed concert section to a less crowded one.
💡 Fun Analogy: Imagine a slide in a playground. Particles love sliding down from a high point (high concentration) to a low point (low concentration). That's the concentration gradient!
🐰 The Energy Bunny: Diffusion doesn't need an energy boost. It's a passive process. It's like rolling downhill without pedaling on a bike.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟