GET THE APP

The Effect of Transferring Positive and Negative Energy in Evaluating the Performance of Some Kinetic Skills in Rhythmic Gymnastics

Ibero-American Journal of Exercise and Sports Psychology

Full Length Research Article - (2023) Volume 18, Issue 2

The Effect of Transferring Positive and Negative Energy in Evaluating the Performance of Some Kinetic Skills in Rhythmic Gymnastics

Zeena Khaled Jasem1*, Abduljaleel Jabbar Naser2 and Ali Ahmed Hadi3
*Correspondence: Zeena Khaled Jasem, College of Physical Education and Sports Sciences, University of Baghdad, Iraq, Email:
1College of Physical Education and Sports Sciences, University of Baghdad, Iraq
2College of Physical Education and Sports Sciences, University of Baghdad, Iraq
3College of Physical Education and Sports Sciences, University of Baghdad, Iraq

Received: 08-Mar-2023 Accepted: 22-Mar-2023 Published: 22-Mar-2023

Abstract

The purpose of this paper is to identifying the effect of positive and negative energy transfer among female students on the kinetic performance of some kinetic skills in rhythmic gymnastics. The researchers used the experimental approach due to its suitability to the nature of the research; the research sample consisted of second-stage female students in the College of Physical Education and Sports Sciences, divided into four different sections, in order to exclude the chance factor. The researchers chose five female students from each division as a sample to measure kinetic skills, and five other female students as factors to transfer the effect of positive psychological energy to transfer the effect of negative psychological energy. The results showed a clear improvement in skillful performance after the positive energy transfer procedures, with no improvement in performance with the use of negative energy transfer procedures.

Keywords

Energy. Positive. Negative. Arousal. Skillful performance. Rhythmic.

Introduction

Energy is the main pillar of life, starting from the smallest particle to the largest galaxies. There is no doubt that energy is the main engine of existence, and without energy we turn into stagnation. On the level of human behavior, energy is the engine of behavior, and gives it vitality. It is the basis of motivation, and it may be positive when it is associated with feelings of excitement and happiness, and it may be negative when it is associated with fear and anxiety (Bahi and Abdelkader, 2004).

Although the subject of human energy is still in the process of research and investigation by human psychologists, but now laboratory trials have reached the threshold of designating it as an evidence-based therapy, and clinical results indicate that human energy psychology shows promise (Feinstein, 2008). Psychologists often deal with the scientific term (psychological energy) synonymously with other terms such as activity, motivation, and in the sports field, the use of the term psychological energy corresponds to physical energy and is complementary to it. Evidence often indicates in training and competitions that despite the availability of physical capabilities However, the need for psychological energy is inevitable, as mobilizing the player psychologically in conjunction with physical, skillful and tactical mobilization makes the training process complete, and this positive activation of energy is intended to improve the processes of perception, perception, attention, remembering, thinking, decision-making, and others. We add to that what I mentioned (Alwan, 2017) that positive activation is "Acquiring happiness, joy, pleasure, optimism and enthusiasm, and confronting each of the pressure, tension and obstructing anxiety in order to reach the best emotional state".

Through the work of the researchers in the field teaching, they noticed that many students, especially the female students, are affected during the practical and theoretical lessons negatively and positively by the phenomenon of the transfer of activity from one of them to the other, as the researchers noticed that sometimes some behaviors result from some requests, whether from a positive side or from On the negative side, here the researchers decided to study this case in the field to find out its effects due to its adoption as a means in the educational process.

Many researchers studied the subject of psychological energy in a study by the researcher (Al-Zubaidi. 2016), which used the descriptive approach by designing correlational relationships and using the modified psychological energy scale, which was applied to (72) handball players, and the results showed a correlation between the level of psychological energy and the skillful self-concept. As for the study (Abdul Rahman, 2010), in which the researcher used the descriptive method, it was conducted on the first-class teams and showed that there is no relationship between the mobilization of psychological energy and the skill of defending the field. And the study (Al-Bashtawy, 2020) the differences in psychological energy between the types of players, as the researcher used the descriptive survey method, on a random sample of (225) players, and the results showed distinguishing four patterns: high motivation to achieve success with high fear of failure, high motivation to achieve success with fear low failure motivation, low motivation to achieve success with high fear of failure, low motivation to achieve success with low fear of failure, the researcher used (Ali, 2010) the descriptive approach was conducted on a sample of (15) players from the University of Mosul handball team. The results showed a positive and significant correlation between the psychological energy tests and the basic handball skills test. As for the study (Ghazi, 2007), the researcher used the experimental method on a sample of (16) young handball players, and the results showed the effectiveness of special exercises in mobilizing the psychological energy of the research sample.

Research Objective

• Identifying the impact of positive and negative energy transfer among female students on the kinetic performance of some kinetic skills in rhythmic gymnastics.

Research Methodology and Field Procedures

Research methodology

The researchers used the experimental approach due to its suitability to the nature of the research

Community and sample research

The research sample consisted of second-stage female students in the College of Physical Education and Sports Sciences, divided into four different sections, in order to exclude the chance factor. The researchers chose five female students from each division as a sample to measure kinetic skills, and five other female students as factors to transfer the effect of positive psychological energy to transfer the effect of negative psychological energy as shows in the table 1 (Table 1).

Table 1: Shows the Community and sample research.

Group Pre-skill measurement independent variable Post-skill measurement
Division 1 (five female students) Yes Transfer the effect of negative energy Yes
Division 2 (five female students) Yes Transferring the effect of positive energy Yes
Division 3 (five female students) Yes Transferring the effect of positive energy Yes
Division 4 (five female students) Yes Transfer the effect of negative energy Yes

For the purpose of completing the study in an optimal manner, the selection of the first five female students was based on perseverance, and they were the most homogeneous female students with each other in the variables of age (average age 19.8 years) (± 0.985), average height (159.4) (± 2.412), and average mass (60.412). (± 3.021), as for the five female students who played the role of carriers of positive energy, the researchers also trained the female students who were allocated for the purpose of transmitting the impact of positive energy and transferring the effect of negative energy. According to agreed-upon behaviors, for example, the female students, carriers of the effect of negative energy, were trained to play the role of the lazy and complaining, while performing behaviors such as changing the straightness of the rows, continuous exit from the jogging queue in the warm-up, and not performing all the warm-up repetitions. They were also trained to talk continuously in a tired and shabby manner, while choosing clothes of inconsistent colors and inappropriate for movements. Intentionally falling and not completing the performance. As for the students, who will play the role of carriers of positive energy, they have been trained in behaviors that spread activity, such as rapid response to instructions, frequent expressions of encouragement and motivation, while choosing clothes that are consistent and suitable for movement easily.

Research Tests

The two researchers selected a set of free skills, which are within the academic curriculum followed in the College of Physical Education and Sports Sciences: the front waltz, the side waltz, the step jump (bending extension), the step jump (extension bending), the cat jump, and the scissor jump. In order to provide the internal integrity of the research, especially the maturity factor that affects the results when the duration of the experiment is a long period of time, so the resulting changes in the dependent variable may be due to the effect of the long period of time and maturity that occurred to the sample members and not because of the experimental treatment of the independent variable, so the researchers did The experiment was conducted at the end of the semester, as all the skills had met the time period required for learning, and the measurement was carried out in the other two weeks, as the first week was devoted to measuring performance after the selected students performed positive energy behaviors on Division 1 and 3, and the second week was devoted to measuring performance after The selection students carried out negative energy behaviors on Division 1 and 3. Thus, we ensured that the results were not affected by the precedence of the type of effect, and this was done during the warm-up period and for a period of half an hour of evaluation. For the purpose of performance evaluation, the researchers selected a committee of arbitrators of female teachers working in the field of rhythmic gymnastics, to give evaluation scores for each skill and for each group separately through direct evaluation during the performance, and then evaluate the performance directly after the procedures for transferring the impact of positive and negative energy, and the final score is extracted By deleting the highest and lowest score and finding the middle average of the remaining two scores, then it is combined with the score of the head of the arbitrators and divided by two to obtain the final score, noting that the highest score for each skill is (10).

Results and Discussion

Results

For the purpose of finding the results of the research, the researchers used the SPSS statistical bag, as the arithmetic mean, standard deviation, and the value of the differences between the pre and post tests were used through the t-test for related samples. In addition, the t-test was created for independent samples between the first, third, second, and fourth groups and the results were according to the following tables (Tables 2-5):

Table 2: The arithmetic mean and standard deviation of the test results before transferring the effect of negative energy to the first and third experimental groups.

Groups Skills Performance evaluation without the energy effect Performance evaluation after transferring the effect of negative energy
Mean Standard deviation Mean Standard deviation
First Front waltz. 4.60 0.89 3.60 0.55
Side waltz. 5.001 0.712 4.410 0.844
Step jump (bending extension). 4.800 0.837 5.200 0.447
Step jump (extension bending) 5.400 1.342 5.600 0.548
Cat jump 5.200 1.095 5.800 0.837
Scissor jump. 4.200 0.837 5.200 0.447
Third Front waltz. 4.40 1.14 6.40 0.55
Side waltz. 5.2 00.825 8.002 0.710
Step jump (bending extension). 4.800 0.837 7.600 0.548
Step jump (extension bending) 5.800 1.483 7.600 0.548
Cat jump 5.400 1.140 8.400 0.548
Scissor jump. 5.400 1.140 8.200 0.837

Table 3: Shows the arithmetic mean and standard deviation of the test results before transferring the effect of positive energy to the second and fourth experimental groups.


Groups
Skills Performance evaluation without the energy effect Performance evaluation after transferring the effect of negative energy
Mean Standard deviation Mean Standard deviation
Second Front waltz. 4.40 0.89 6.80 0.804
Side waltz. 5.201 0.841 8.001 0.841
Step jump (bending extension). 4.800 0.837 8.200 0.837
Step jump (extension bending) 5.800 1.304 8.000 0.707
Cat jump 5.400 0.894 8.400 0.548
Scissor jump. 6.000 0.707 8.200 0.447
Fourth Front waltz. 3.80 0.84 4.20 0.45
Side waltz. 4.601 0.55 5.201 0.841
Step jump (bending extension). 5.000 1.000 5.200 0.837
Step jump (extension bending) 5.800 0.447 5.600 1.140
Cat jump 6.200 0.447 5.600 1.140
Scissor jump. 5.600 0.548 6.000 0.707

Table 4:The results of the difference between the performance evaluation of the tests before and after transferring the effect of negative energy for the first and third experimental groups.


Groups
Skills Arithmetic mean of difference Standard error of the mean difference
T value
 
Level Sig
Type  Sig
First Front waltz. 1.022 0.632 1.581 0.189
Non sig 
Side waltz. 0.600 0.678 0.885 0.426 Non sig
Step jump (bending extension). 0.400 0.400 1.000 0.374 Non sig
Step jump (extension bending) 0.20 0.37 0.53 0.62 Non sig
Cat jump 0.600 0.245 2.449 0.070 Non sig
Scissor jump. 1.000 0.548 1.826 0.142 Non sig
Third Front waltz. 2.012 0.547 3.651 0.22 sig
Side waltz. 2.4 0.6782 3.539 0.024 sig
Step jump (bending extension). 2.800 0.490 5.715 0.005 sig
Step jump (extension bending) 1.90 0.56 3.39 0.010 sig
Cat jump 3.000 0.548 5.477 0.005 sig
Scissor jump. 2.800 0.583 4.802 0.009 sig

Table 5: The results of the difference between the performance evaluation of the tests before and after transferring the effect of positive energy to the second and fourth experimental groups.


Groups
Skills Arithmetic mean of difference Standard error of the mean difference
T value
 
Level Sig
Type  Sig
Second Front waltz. 2.4 0.748 3.207 0.033
Non sig
Side waltz. 2.80 0.583 4.802 0.009 Non sig
Step jump (bending extension). 3.400 0.600 5.667 0.005 Non sig
Step jump (extension bending) 2.20 0.508 3.707 0.020 Non sig
Cat jump 3.000 0.632 4.743 0.009 Non sig
Scissor jump. 2.200 0.490 4.491 0.011 Non sig
Fourth Front waltz. 0.401 0.2444 1.633 0.178 Non sig
Side waltz. 0.600 0.500 1.177 0.305 Non sig
Step jump (bending extension). 0.200 0.374 0.535 0.621 Non sig
Step jump (extension bending) 0.200 0.663 0.302 0.778 Non sig
Cat jump 0.600 0.400 1.500 0.208 Non sig
Scissor jump. 0.400 0.510 0.784 0.477 Non sig

Discussion

From the above table, we note that the values of the differences between the pre-test and the post-test for the two groups with which the researchers used the effect of negative energy transfer did not achieve statistically significant differences, since the observation of the values of significance Sig. We find that they are all greater than the significance level of (0.05) and below the degree of freedom (4), which indicates the randomness of the differences, that is, there was no difference between the assessment of the skill performance scores of the research sample for the first and third groups in the pre and post-test. As for the second and fourth groups, with which the researchers used the effect of positive energy transfer, the results showed that the values of significance Sig. It was below the significance level of (0.05) and below the degree of freedom (4). This indicates that there are significant differences between the skillful performance before and after the application of transferring the effect of positive learning. The researchers attribute these results to the fact that the era in which we live, the speed of its events, the loss of calm and the loss of pure nature has exhausted and exhausted the bodies, minds and spirit, and that "a person lives in his house surrounded by many carriers of the negative impact of energy, so many electrical appliances and connections are nothing but negative effects for all organs of the body down to self (Bugliarello, Alexandre, & Barnes, 2014, p. 8) Hence, the impact of negative energy continues on female students, starting from home until reaching college, so the respondents needed to mobilize positive psychological energy. It is synonymous with the need for physical and kinetic mobilization, and any imbalance between physical and kinetic energy and psychological energy leads to disruption of the athlete's access to optimal performance. (Ghazi, 2007), the psychological mobilization with positive energy according to (Allawi, 2002). It means positive motivational activation, which includes stimulating and directing the strength and readiness of the athlete to perform to the fullest extent permitted by his capabilities and ability, struggle and struggle for excellence and success, and try to overcome the obstacles and difficulties he encounters to achieve his goals. The integration of the athlete with the activity he practices, and that "the level of activation has a significant positive role in the performance of daily life duties as well as the performance of sports skills in the sports field." (Arnason, Sigurdsson, & Gudmundsson, 2014) (Raedeke, T. 2008). The athlete needs a certain percentage of arousal in emotion, the intensity of which is commensurate with the quality of performance and the intensity of the competition the control (Sayhood & Dawood, 2021). The researchers believe that positive energy is a neutral term, as the positive energy level does not take into account emotions and excitement as a hindering factor, and does not take into account lethargy and lack of motivation as a deterrent factor for good performance. The energy positively or negatively changes the kinetic behavior positively or negatively, and this is consistent with what was shown by the results of this study, as we find that the procedures for transferring the effect of negative energy from the students (trained in this) affected the performance for the first and third groups, so we find deliberate delay from the lecture, the heavy movements that were performed (intentionally) by these students, the movements of yawning, laziness, frequent complaining, frequent pauses during warm-up, failure to perform the full number of repetitions, intentionally leaving the running queue and then returning, wearing clothes of inconsistent colors, deliberately taking off one shoe and performing with one, With wearing one black glove and leaving the second hand without a glove, as well as the constant talk about the pain associated with the performance of sports skills, their difficulty and the inability to perform, and that female teachers are not satisfied with the level (Azaab, N. 2020), and it is also emphasized that this performance measurement does not affect the final grade. These negative behaviors send negative energy waves to spread among the students. sees (Cerin, 2003) Negative behaviors create an atmosphere of negativity, reduce excitement towards proper performance, and reduce the desire to achieve performance commensurate with capabilities.

On the contrary, the nature of the behavior of female students dedicated to transmitting the effect of positive energy behaved in a completely different way, as they came early to the classroom, wearing matching balloon sportswear, with a permanent smile, and talking about the fact that the day is beautiful and that the performance will be good, as they deliberately perform the movements Active activities during warm-up and continuous encouragement, and helping each other, as "the serious and responsible behavior of some members of one team sends signals to stimulate positive energy, which improves overall performance" (McCarthy, 2011). A long time ago he made the world (Martin, 1987) , that the subject of psychological energy in sports is an alternative to counseling and activation, and also an alternative to motivation, as they are terminology in the field of general psychology, and thus positive behaviors and charging the body with positive energy lead to the activation of all body functions (Hasoon, & Mutar, 2021). Psychological energy is the strength and intensity of the individual's vitality that drives his behavior and sharpens the mind to perform its functions. All of these factors are auxiliary factors in improving performance, increasing compatibility, and focusing on correct performance, which is consistent with the results achieved in this study.

Conclusions

• The results showed a clear improvement in skillful performance after the positive energy transfer procedures, with no improvement in performance with the use of negative energy transfer procedures.

References

Alheli, M., Alsafaah, R., & Azaab, N. (2020). Studying Points of Difference in Body Parts' Center of Weight And Their Relation to Rhythmic Balance of Female Students. Journal of Physical Education, 31(4), 48–52. https://doi.org/10.37359/JOPE.V31(4)2019.890

Arnason, A., Sigurdsson, S., & Gudmundsson, A. (2014). Physical Fitness, Injuries, and Team Performance in Soccer. Medicine and Science in Sports & Exercise, 2.

Bugliarello, G., Alexandre, A., & Barnes, J. (2014). The Impact of Noise Pollution: A Socio-Technological Introduction. Transportation Research Board.

Burton, D., & Raedeke, T. (2008). Coaches Guide to Sport Psychology. Human Kinetics.

Cerin, E. (2003). Anxiety versus fundamental emotions as predictors of perceived function-ality of pre-competitive emotional states, threat, and challenge in individual sports. ournalof Applied Sport Psychology(15), 223-238.

Feinstein, D. (2008). Energy psychology: A review of the preliminary evidence. Journal of Psychotherapy: Theory, Research, Practice, Training, 45(2), 199-213. doi: https://doi.org/10.1037/0033-3204.45.2.199

Haider Ghazi. (2007). The effect of special exercises on mobilizing psychological energy and performing some basic skills for the Army Club in handball, a master's thesis. College of Physical Education / Diyala University.

Hasoon, E.A., & Mutar, S.A. (2021). The effect of Blended Learning on Performing Some Ball Skills in Rhythmic Gymnastics. Journal of Physical Education, 33(4), 29–39. https://doi.org/10.37359/JOPE.V33(4)2021.1209

Hoshyar Abdul Rahman. (2010). Mobilization of psychological energy and physical self-concept and their relationship to the skill of defending the court in volleyball. Journal of Physical Education Sciences, 3(2), 266-278.

Khitam Ali Al-Zubaidi. (2016). The level of psychological energy and its relationship to the skillful self-concept of handball players in Jordanian universities. Journal of the Faculty of Education / Al-Azhar University (170), 429-457.

Martin, R. (1987). Coaches Guide to Sport Psychology, Cha. Champaign: Human Kinetics.

McCarthy, P. (2011). Positive emotion in sport performance: current status and future directions. International Review of Sport and Exercise Psychology, 4(1), 50-69. doi: https://doi.org/10.1080/1750984X.2011.560955

Muhammad Al-Sayed Al-Bashtawy. (2020). Differences in psychological energy according to sports achievement motivation patterns for a selected group of athletes. Scientific Journal of Physical Education and Sports Sciences (90 Part 4), 393-530.

Muhammad Hassan Allawi. (2002). Sports psychology and sports competition. Cairo: Dar Al-Fikr Al-Arabi.

Mustafa Hussein Bahi, and Samir Abdelkader. (2004). Introduction to recent trends in sports psychology. Cairo: International House for Publishing and Distribution.

Najat Saeed Ali. (2010). Psychological energy and its relationship to the level of performance of some basic skills among the handball players of the University of Mosul. Journal of Basic Education College Research, 9(2), 426-454.

Salima Abdullah Alwan. (2017). A study of the level of psychological energy and fluency of Iraqi elite volleyball players. Journal of Physical Education, 29(4), 160-175.

Sayhood, H.A., & Dawood, S.S. (2021). Learning Motivation According to Cognitive Style (meditation-impulsiveness) and its relationship with performing some Skills in Artistic Skills in Gymnastics for Men. Journal of Physical Education, 33(3), 158–166. https://doi.org/10.37359/JOPE.V33(3)2021.1199

Top