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You are using the movement analysis model to analyze a swimmer in order to see what improvements can be made to help her swim faster. During one of the movement analysis steps, you remember that to move faster through the water, one must reduce the force of water resistance by making the body surfaces smooth. You then decide that, for the glide phase, you will have the swimmer keep her arms straight and close to her body to streamline her shape. Which analysis step did you carry out?

Respuesta :

sandlee09

Answer:

determine relevant bio-mechanical principles and movement techniques.

Explanation:

Based on the information provided within the question it can be said that the analysis steps that you have just carried out where to determine relevant bio-mechanical principles and movement techniques. These principles and techniques allowed you to determine what will work most efficiently for the specific scenario and goal that needed to be met.

eyitbay

Answer:

An analysis to determine the relevant biochemical principles and relevant techniques relevant to swimming, for efficient output,

Explanation:

These  techniques are  needed  because swimming is very difficult sport, as human  need to survive  and compete in an environment different from his natural dwelling. Swimming 4 phases are the starting phase, the swimming phase, the turning phase and the finishing phase.

Basically the swimming phase is the primary phase. Therefore biochemical analysis  as done in the question should be  focused on this phase for the swimmer to perform excellently and to  avoid hindrances as resistance , by adopting the best swimming stokes  , and  techniques to make the swimmer have a streamline shape  for  maximum performances.

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