I did my major in Electronics Engineering and Computer Science along with a minor in Physics. Of course I know how air resistance works my friend. What you are forgetting, however, is that he also gained a initial force with the throw of Orlumbus. Since the net force was in the direction of throw at the beginning, Zoro was speeding up. However, since air resistance increased with increase of speed, his acceleration got reduced in positive direction and his speed increased with less slope. It is a basic negative feedback mechanism really. At final point, he had a speed different than zero, hence, his movement can be represented with average acceleration and mass.
He still has to exert enough force against it and swing his arms to be able to complete the move.
Well then you’d need to calculate how much of a nerf swinging against all that pressure actually is
I’d argue not much based on his feat of casually throwing a flying slash powerful enough to push an admiral back while under enough gravity to cause internal bleeding aswell as his jaw muscle keeping hold of his third sword despite the wind pressure. Once you get to a certain level of strength; small handicaps like wind pressure and gravity don’t hold you back as much as flying as Mach speeds propels you forward... if that makes sense..
I’d argue not much based on his feat of casually throwing a flying slash powerful enough to push an admiral back while under enough gravity to cause internal bleeding aswell as his jaw muscle keeping hold of his third sword despite the wind pressure. Once you get to a certain level of strength; small handicaps like wind pressure and gravity don’t hold you back as much as flying as Mach speeds propels you forward... if that makes sense..
It either evens out, or it's a nerf.