Muscle contraction and movement performance are linked to the motor neuron that sends electrical signals to perform the muscle contraction action, and this type of examination gives us a clear idea of any disorder or dysfunction that may be related to the brain or muscles, and through the above, the importance of the research lies in studying the effect of the cognitive program in motor learning on the activity of the second wrist muscles and the accuracy of the smash hit among the university badminton team players. The researcher used the experimental method with a single-group design with a pre- and post-test, as the research sample included (i) players who were subjected to the tests under study with the specific variables of the activity of the second wrist muscles and the accuracy of the smash hit in badminton. After applying the cognitive program in motor learning, the post-tests were conducted, the data were collected and processed statistically, and the most important conclusions were reached.
Cognitive, motor learning flexor muscles and accuracy.
. The Effect of a Cognitive Program in Motor Learning on The Activity of The Flexor Muscles of The Wrist and The Accuracy of The Smash in Badminton Players. Indian Journal of Modern Research and Reviews. 2024; 2(10):48-52
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