This
information can be used in other swimming strokes such as freestyle,
breaststroke, backstroke and sculling as they all use similar distinct forces
that create hydrodynamic propulsion drag and lift force in the water and air
flow to create a equal and opposite reaction. Blazevich (2012) states that
hydrodynamics propulsion can also be applied in other water sports that uses a
force that needed significant drag and lift effects to create a force to move
mass through water creating a equal and opposite reaction. These principles
result in improving the driving force to improve a swimmers technique. This can
also be applied in sports like rowing as rowers oars are similar to swimming
arm strokes and maximise the rowers propulsion through maximum force and
propulsion and minimise resistance through and above the water.
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