The simulation effect of the biochemical dynamic model of defense in education and developmentBiochemical performance for defensive strokeBadminton

Abstract

The importance of research in trying to subject some learners to experiment using a certain method in order to acquire defensive skills based on biochemical bases of a dynamic model in defense and use this model to form an important base in the practice of this game and develop it in a way that benefits the game and provide new ways for coaches contribute to Building the learners of badminton to achieve the desired development and create a solid skill base that can undergo the training process well without being affected by the different learning environment from the actual practice for the championship.

The aim was research

1- Creating a biochemical model in defensive stroke performance to be a simulation tool for learners in badminton.

2- Recognize the effect of using simulation of the biochemical dynamic model in teaching and developing the skill of defensive stroke in badminton.

The most important conclusions were

1-It turns out that the simulation of the biokinematic model has an effect in teaching and developing the skill of defensive stroke in badminton.

2-It was shown that the simulation of the kinetic model of biokinematic affects the improvement and development of some biochemical variables, which are important as indicators of improved skill performance.

The recommendation was made

1-The use of the biochemical model in teaching and developing the performance of the skill of defensive stroke in badminton

2-the application of the educational curriculum used in the education of defensive stroke dimensions of badminton because of the exercises help to do so