- #1
elixirnova
- 12
- 0
When this Push occurs is there any possible way to put numbers on these variables(drag force-on surface and under water, propulsion force-with the surface area and speed and pressure occurring on the pushing surface)
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The purpose of studying "Swimming Freestyle: Propulsion Force & Drag Resistance" is to understand the physics behind the movement of a swimmer in the water. By understanding the forces and resistance involved, we can improve our technique and efficiency in the water, leading to faster swim times.
Propulsion force in swimming freestyle refers to the force generated by a swimmer's arms and legs as they move through the water. This force is what propels the swimmer forward and helps them to overcome drag resistance.
Drag resistance is the force that opposes the movement of a swimmer through the water. The larger the surface area of a swimmer's body or the faster they are moving, the greater the drag resistance. This can slow down a swimmer and make it more difficult for them to move through the water.
To reduce drag resistance in swimming freestyle, swimmers can focus on streamlining their body position, having a strong and consistent kick, and using a smooth and efficient arm stroke. Proper body rotation and breathing techniques can also help to minimize drag and improve overall speed.
To increase propulsion force in swimming freestyle, swimmers can work on developing a strong and powerful pull and kick, as well as improving their overall strength and endurance. Proper technique and body position can also help to maximize the force generated by a swimmer's movements in the water.