I need some theories on why this could be true: Assuming that both swimmers are kicking/pulling/swimming freestyle for the same distance with the same effort and without fins and paddles, swimmer A consistently kicks slower than swimmer B and swimmer A consistently pulls slower than swimmer B but swimmer A consistently swims full stroke faster than swimmer B.
The only thing I can think of that might make this true is that swimmer A's body positioning in the water and/or body rotation changes somehow when swimming full stroke and that that change reduces drag but I can't think of what that "somehow" could be. Maybe the rotation that occurs when pulling is making the kick more effective than when only kicking..?
Speed = Distance Per Stroke X Stroke Rate. Swimmer A has a greater distance per stroke, enough so to outweigh swimmer B's higher stroke rate. The "how" behind why distance per stroke is greater for swimmer A is what you get into in your second paragraph (technique).
Speed = Distance Per Stroke X Stroke Rate. Swimmer A has a greater distance per stroke, enough so to outweigh swimmer B's higher stroke rate. The "how" behind why distance per stroke is greater for swimmer A is what you get into in your second paragraph (technique).
