In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .
Alshetaihy, T. (2020). In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .. EKB Journal Management System, 012(012), 26-42. doi: 10.21608/eijssa.2020.72946
Tamer Hussein Alshetaihy. "In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .". EKB Journal Management System, 012, 012, 2020, 26-42. doi: 10.21608/eijssa.2020.72946
Alshetaihy, T. (2020). 'In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .', EKB Journal Management System, 012(012), pp. 26-42. doi: 10.21608/eijssa.2020.72946
Alshetaihy, T. In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .. EKB Journal Management System, 2020; 012(012): 26-42. doi: 10.21608/eijssa.2020.72946

In reference to up propelling – machenics, creation a push kinetic equition as a base to calculate the more suitable weight required to uplift acertion mass foem half kneeling position .

International Journal of Sports Science and Arts
Article 1, Volume 012, Issue 012, February 2020, Page 26-42  XML PDF (601.68 K)
Document Type: Original Article
DOI: 10.21608/eijssa.2020.72946
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Author
Tamer Hussein Alshetaihy*
Department of Athletic Training and Movement Science, Faculty of Physical Education for Boys, Banha University
Abstract
Aim of the research: The research aims to calculate the appropriate weight of propelling-mechanics, through:
      Define a relationship between anthropometric variables and the player's force to get the most appropriate weight, during carrying a weight in half bending knees mode, so, by vertical jump distance checking plus the weight of the player.
The research sample: The researcher collected a random sample of five players, diverse in weights, physical capabilities and from different sports.
Scientific method; descriptive Curriculum
Measurements tools: Alrstamitr device - Medical scales - measuring force - platform device vertical jump check of stability - the mechanical laws of Newton - Data registration form - a tape to measure - a computer - printer)
Alrstamitr device - Medical scales - measuring force - platform device vertical jump check of stability - the mechanical laws of Newton - Data registration form - a tape to measure - a computer - printer)
Statistical treatment: Arithmetic average -Mediator. - Standard deviation - Torsion coefficient
Research findings: getting the arithmetical relation:

access to the following mathematical relationship: the force exerted in the momentum (the ability) =SQRT player × weight (of the double of gravity × vertical distance)
Access to the dialectical relationship that the direct detection of gravity is the most appropriate in terms of the jump distance and weight of the player.
Keywords
REFERANCE; UP PROPELLING-MECHANICS; CREATING; PUSH KINETIC EQUITION; A BASE; CALCULATE; WEIGHT REQUIRED; UPLIFT ACERTAIN MASS; HALF KNEELING; POSITION
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