Physical Characteristics and Level of Performance in Badminton: A Relationship Study (original) (raw)
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Physicial performance determinationof 10-12 ages badminton players
Turkish Journal of Sport and Exercise, 2017
This study aimed to determine some physical parameters of badminton players in the ages of 10-12. Fifteen badminton players in 10-12 years old volunteered to participate. The players continued their badminton training for 8 weeks. After and before the 8 week training, their 15 m speed, vertical jump, standing broad jump, hand grip strength and flexibility tests were conducted. To analyses the data, paired t-test was used to compare the pre-and post-test tests. After the badminton training of the 8 weeks, subjects' vertical jump, the hand grip strenght (right hand) and flexibility performances increased significantly (p<0.05). There was no significant difference in standing broad jump, 15 m speed and lefht hand-grip strength between pre-and post-test (p>0.05). As a result, it can be said that the badminton training of an 8-week might improve vertical jump, flexibility and hand grip strength in 10-12 years old badminton players. Howerever, the training may not have any effect on their 15 m speed and standing broad jump performance.
Physical Performance Indicators in Badminton
Advances in health sciences research, 2022
Performance indicators in sports are the selection and combination of variables that determine several aspects of performance. Where this indicator is an ideal profile that can be used to predict future behavior in sports activities such as badminton. The purpose of this study was to determine the relationship between physical factors and badminton sports achievement. The research method used is associative quantitative by testing the hypothesis. The sample of this research are athletes of PB Hafana, total 36 athlete. The research instruments used in this study were: bleep test to measure endurance, 40 m sprint to measure speed, shuttle run to measure agility, overhead medicine ball to measure arm muscle explosive power, vertical jump to measure leg muscle explosive power, push-up to measure arm muscle strength, and sit and reach to measure flexibility. The analysis technique used is descriptive analysis technique by making the physical norms used in badminton. The results showed that indicators of physical performance that need to be possessed in badminton are endurance, speed, arm muscle strength, arm muscle explosive power, agility and coordination. This is indicated by the existence of physical norms that have been compiled based on research results obtained by using the categories Very Good, Good, Fair, Less and Very Less. So, the conclusion is that physical condition can be an indicator of sports performance, especially in badminton. It is hoped that the trainer will pay attention to the physical condition of the athlete by providing an appropriate physical condition improvement training program.
Development And Measurement Testing Physical Condition For Badminton Athletes U-15
2020
This research aims to produce physical test parameters for U-15 badminton athletes. Samples of this research are Djarum badminton club athletes of 13-15 years old total 27 men’s athletes and total 23 women’s athletes. Research method uses research and development (R n D) approach with analysis descriptive percentage technique. The result : the assessment from the expert with average score 4,59 (very good). Validitas : 1) sit up : 91,7 (very high) 2), push up : 83,3 (very high), 3) balke: 75 % (high), 4) sit and reach : 91,7 (very high), 5) sprint 20 m : 75 % (high), 6) grip strength test : 75 % (very high), 7) court agility test : 100 % (very high), 8) vertical jump test : 100% (very high) dan 3 steps medicine ball throw test : 91,7 % (very high). Reliability: 0,917. Conclusion: validity of 7 test items is very high category and 2 item test is high category, meanwhile the reliability is very high. So this parameters can be used in PB. Djarum auditions for U15s.
Comparison of selected physical fitness components between badminton and handball athletes
INTERNATIONAL JOURNAL OF SPORTS ,HEALTH AND PHYSICAL EDUCATION, 2022
The aim of this study was to distinguish between handball and badminton players based on selected physical fitness components. A total of 50 male players, comprising 25 badminton and 25 handball male inter-university players of University of Lucknow participated in the study. The physical fitness variables under investigation included speed, agility, and explosive strength. Data analysis was conducted using SPSS Software, employing measures such as arithmetic mean, standard deviation, standard error of mean, and t-test for comparisons. For explosive strength, badminton players recorded mean and SD values of 26.37 and 1.52, while b handball players displayed values of 29.33 and 1.58. The t-value of 6.78 suggested a noteworthy difference in explosive strength between the two groups. The mean and standard deviation values for speed in badminton players were 7.43 and 0.46, respectively, while handball players exhibited mean and SD values of 6.76 and 0.44. The resulting t-value was 5.3, indicating a significant difference in speed between the two groups. Regarding agility, badminton players demonstrated mean and SD values of 10.5 and 1.9, whereas handball players showed values of 8.9 and 0.67. The t-value of 6.24 signified a significant disparity in agility between the two sets of players. Overall, significant differences were observed between badminton and handball players in relation to explosive strength (t = 6.78, p< .05). Speed (t = 5.3, p< .05), agility (t = 6.24, p< .05). Keywords: Badminton, handball, speed, agility, explosive strength
2019
The purpose of this study is to research the effects of 12-week footwork badminton trainings on strength and agility parameters of 8-10 age groups of children. Subjects of the research group have been divided into 3 groups as footwork badminton training group (BF, n=17 boys-18 girls), classical badminton training group (BC, n=19 boys-15 girls) and control group (CG, n=15 boys-17 girls), and it has been carried out on 101 subjects. BF and BC groups were trained 4 days a week for 16 weeks and as preparation and basic trainings period. After 4 weeks of preparation works, preliminary tests of all groups were carried out. After the preliminary tests, subjects of BC training group were applied classical badminton training program 4 days a week for 12 weeks, subjects of BF training group were applied 2 days classical badminton training and 2 days shadow badminton trainings in a week as during 12 weeks and 4-day training in a week. After 8 weeks, mid-term tests and after 12 weeks final test...
Journal of Education and Learning, 2019
This study was conducted on a total of 16 female students studying at the 1st grade of Bingöl University, School of Physical Education and Sports. Students participated in the study voluntarily and divided into 8 experimental groups (EG) and 8 control groups (CG). In the study, height, body weight, dominant hand grip strength, non-dominant hand grip strength, back strength, leg strength, 30-meter speed running, flexibility measurement, vertical jump, long jump tests were applied to the experimental and control groups as pre-test and post-test. Statistical analysis of the study was performed using SPSS 22.0 program. The analysis of the data in-group and intergroup measurements were performed by MANOVA and p < 0.05 was taken as statistical significance level. While there was no statistically significant difference between the experimental group and the control group in terms of pre-test measurement results, there was a statistically significant difference in body fat percentage, bo...
https://www.ijhsr.org/IJHSR\_Vol.9\_Issue.3\_March2019/IJHSR\_Abstract.010.html, 2019
Introduction: Back plays a huge role in how entire body functions because it attaches to hips, abdomen, chest, shoulder and neck. Strengthening of back gives additional power in all sports by stabilizing the body to swing or throw harder. The purpose of the study was to evaluate the back strength and performance tests in district level badminton players and to search their correlations with selected anthropometric variables. Methodology: A total of 102 district level badminton players (66 male and 36 female) aged 18-25 years were selected purposively from various badminton academies of Amritsar for the study. A total of nine anthropometric variables i.e. height, weight, BMI, biceps skinfold, triceps skinfold, subscapular skinfold, suprailiac skinfold, abdomen skinfold, calf skinfold, and back strength, and two performance tests such as, vertical jump test and standing broad jump test were measured on each subject. Results: In results, one way ANOVA showed significant between-group differences (p ≤0.001) in all the variables studied, among these four sets of population. In district level badminton players, back strength, vertical jump test and standing broad jump test had significant positive correlations (p<0.001) with weight, height, BMI, biceps skinfold and calf skinfold, and significant negative correlations (<0.001) with triceps, subscapular and suprailiac skinfold. However abdominal skinfold had significant positive correlations with back strength and standing broad jump, and significant negative correlation with vertical jump test. Conclusion: From the findings of the present study, it might be concluded that back strength had strong association with all the anthropometric variables and performance tests studied. Also, vertical jump and standing broad jump had strong association with weight in district level badminton players. The data presented in the present study carry immense practical application and may be useful in future investigation on player selection, talent identification in badminton and training program development in the game.
Investigation the Effect of Footwork on Strength and Agility Parameters of Badminton Players
2019
The purpose of this study is to research the effects of 12-week footwork badminton trainings on strength and agility parameters of 8-10 age groups of children. Subjects of the research group have been divided into 3 groups as footwork badminton training group (BF, n=17 boys-18 girls), classical badminton training group (BC, n=19 boys-15 girls) and control group (CG, n=15 boys-17 girls), and it has been carried out on 101 subjects. BF and BC groups were trained 4 days a week for 16 weeks and as preparation and basic trainings period. After 4 weeks of preparation works, preliminary tests of all groups were carried out. After the preliminary tests, subjects of BC training group were applied classical badminton training program 4 days a week for 12 weeks, subjects of BF training group were applied 2 days classical badminton training and 2 days shadow badminton trainings in a week as during 12 weeks and 4-day training in a week. After 8 weeks, mid-term tests and after 12 weeks final test...
Comparison of Flexibility and Agility of Table Tennis Players and Badminton Players in School Students, 2015
The study was under taken with the purpose of comparing selected physical fitness variables in Table Tennis Players and Badminton Players. The variables selected were Agility and Flexibility. 60 male school students were selected as subjects aging 14 year to 16 year (15.17 ± 0.51) who were actively involved in their respective games. Among these 30 belonged to Badminton game and rest 30 belonged to Table Tennis game. Descriptive Statistics and Independent ‘t’ test were employed using IBM SPSS-17 Software. Findings suggest that the players belonging to Badminton game were superior in both Agility and Flexibility in comparison to the players belonging to TableTennis game. Keywords: Agility, Flexibility, School Students, Badminton Players, Table Tennis Players
Aside from the technical, tactical, and training aspects of modern competitive badminton, the physical demands are continually changing, with players in action demonstrating intense rhythmic movement, this combination of physical movement skills raises the question of what physical and physiological attributes of elite badminton players sets them apart from sub-elite players. For the purpose of the study 60 (30 Elite+ 30 Sub-Elite) Male Badminton players were selected from the Delhi region to act as subject for the study. Further Elite players were having minimum Nationals level participation, whereas Sub-Elite players were having minimum State level participation in the respective sport. The age of the subjects ranged between 18 to 25 years, the physical and physiological fitness of these players were tested at Yamuna Vihar Sports Complex, Sri-fort Sports Complex and Dwarka Sports Complex. The players were informed of the possible risks and discomfort related to the battery of physical performance tests before written informed consent was obtained before testing began. The subjects were tested for Body Mass, Standing Height, Body Mass Index, Body Fat, Lean Body Mass, Vo2 Max, and Blood Pressure. The collected data was analyzed by computing Descriptive Statistics and Independent Sample't' test, results indicates that the descriptive analysis of the Elite level badminton players