JP, I think you're referring to the butterfly effect, but that effect is nonsense. A snowball can keep expanding going down a steep wet snowy slope, but once the slope ends, it stops expanding and stops moving. The air movements from butterfly wing motion diminish over time. There's nothing to make them expand. Air molecules don't attach to the small air mass around a butterfly.
JP, I think you're referring to the butterfly effect, but that effect is nonsense. A snowball can keep expanding going down a steep wet snowy slope, but once the slope ends, it stops expanding and stops moving. The air movements from butterfly wing motion diminish over time. There's nothing to make them expand. Air molecules don't attach to the small air mass around a butterfly.
JP, I think you're referring to the butterfly effect, but that effect is nonsense. A snowball can keep expanding going down a steep wet snowy slope, but once the slope ends, it stops expanding and stops moving. The air movements from butterfly wing motion diminish over time. There's nothing to make them expand. Air molecules don't attach to the small air mass around a butterfly.