Air resistance affects objects differently depending on their position relative to moving air; objects inside a moving vehicle travel with the surrounding air and experience minimal resistance, while objects on top must fight through stationary air and experience significant backward force, similar to feeling wind resistance when sticking your hand out of a moving car window.
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Balloons & Cars: The Science of Air Resistance Explained! #shorts追加:
To visualize this, let's replace me with a pair of helium balloons. Once again, what do you think will happen here?
Well, of course, the balloon inside is totally upright because just like in water, the air around that balloon is traveling with the train. Whereas on top, the balloon is being pushed back because it has to fight its way through all the stationary air. Just like the LEGO guy on top being pushed back by all the water around the train in the tank.
It's sort of like when you stick your hand out the car window and feel all that resistance from the wind.
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