Various directions. Orientations of personality: types, forms and their characteristics. Motivation of personality behavior

  • 10.03.2020

Structure of the complex

7. Motivate to practice

8. Warm up

9. Introduction to the complex

10. The main part of the complex (implementation of the idea of ​​the complex)

11. Completion of the complex

12. Final rest

Types of training sequences:

1. Complex for recovery (helps to open up and relax through simple exercises)

2. Standing and balance postures (tones, strengthens the body)

3. Balances in a standing position (skill of psychological balance, stability)

4. Complex with the use of stretch marks (tones, eliminates internal knots and clamps)

5. Twisting (creates flexibility, mobility of the spine, massage of internal organs). Helps to look at the problem from a different angle.

6. Opening (strengthens the back, shoulders, helps to increase the volume of breathing). Increases optimism.

If everything is clear with morning practice - Surya Namaskar and any dynamic asana complexes are suitable - then evening yoga often raises questions. And for good reason: the lesson program directly depends on how soon you are going to sleep. Getting Started evening practice, you need to understand what you are going to do after an evening workout. For example, if after work you stop at a yoga studio at 5-7 pm, and then you are going to meet friends or go shopping and will not go to bed for at least 3-4 hours, then evening yoga may differ little from morning yoga. The exception is intensive breathing techniques: in the evening it is better not to get carried away with techniques such as kapalabhati and bhastrika, it is better to perform them on an empty stomach and what is called with a fresh mind. After you have eaten several times a day and are tired during work, intense breathing can lead to nausea, dizziness, blurred vision, high blood pressure, etc.

Otherwise, evening yoga can be no less intense than morning yoga. You can perform not only stretching, but also balances and dynamic complexes. A vigorous workout will energize you for later evening activities, as well as help relieve stress after a working day.

Some people point out that in the evening the body is more flexible and obedient than in the morning. This is due to the fact that immediately after sleep, the blood flow is somewhat slowed down, and the muscles and joints are not yet warmed up. Therefore, in the morning workouts, a more intense and longer warm-up is required than in the evening. During the whole day, even during sedentary work, we usually make a sufficient number of movements for the body to wake up. However, do not neglect a small warm-up in the evening practice: this will help reduce the risk of injury.

You need to build a lesson in a completely different way if you practice right before bedtime or an hour and a half before going to bed. In this case, intensive evening yoga and the development of complex postures can overexcite the body and lead to insomnia. In addition, exercising through strength and not paying attention to fatigue, you can get injured.

Perfect for a relaxing evening practice soft asanas are suitable for stretching the spine, relieving tension from the pelvis, lumbar and thoracic region. You can perform light twists that relieve tight muscles and joints. In these asanas, it is worth using yoga props - bolsters, blankets - even if you do not usually use them. This will help make your workout even more relaxing.

Inverted asanas are also best performed with support on the wall, using bolsters, special benches for backbends or a fitball. The fact is that classic inverted poses have a strong stimulating effect on the body, which is undesirable for late workouts. Light inverted postures, such as tilts, on the contrary, calm the nervous system and give the tired body a feeling of lightness.

And best of all, some relaxing breathing technique will complete the evening yoga: for example, nadi shodhana pranayama or full yogic breathing. After training, it is advisable not to go to bed immediately, but to devote half an hour or an hour to some quiet activities. Then go to rest, and a healthy sound sleep will be provided to you!

  • Specialty HAC RF13.00.04
  • Number of pages 236

Chapter 1. Features of the physical condition of women in the second period of adulthood (theoretical background of the study).

1.1. Generalized characteristic.

1.2 Features of the formation of motor-coordination abilities of a person.

1.3.0 means and methods of increasing the physical culture and sports activity of women of mature age.

1.4. About the effectiveness of the influence of aerobic physical exercises on the female body.

1.5. Features of the influence of physical exercises with different structures of motor actions and focus on the main systems and motor capabilities of the female body.

1.6. On the technology of physical culture and health-improving classes.

Chapter 2. Tasks, methods and organization of research.

2.1 Research objectives.

2.2. Organization of research.

2.3 Research methods.

2.3.1. Theoretical analysis and generalization.

2.3.2. Questioning.

2.3.4. Methods of morpho-functional testing.

2.3.5. Methodology for testing physical fitness and motor-coordinating abilities.

2.3.6. The contingent of participants and the methodology for conducting a pedagogical experiment.

2.3.7. Mathematical and statistical research methods.

Chapter 3 Comparative characteristics of the physical condition and motor-coordinating abilities of women of the second period of mature age with different experience physical culture and sports activities.

3.1. general characteristics physical condition and assessment system of motor-coordinating abilities of women aged 35-55.

3.2. Physical condition and motor-coordinating abilities of 35-55 year old women who have not been involved in sports before.

3.2.1. General characteristics. 3.2.2. The structure of the correlation relationship between indicators of physical condition and motor-coordinating abilities of women aged 35-55 who have not previously been involved in sports.

3.2.3. Factors that determine the motor-coordinating abilities of women of the second period of mature age who have not previously been involved in sports.

3.3. Characteristics of the physical condition of the motor-coordinating abilities of women of the second period of mature age, who have many years of experience in sports training in cyclic sports.

3.3.1. General characteristics.

3.3.2. Features of the correlation relationship between indicators of physical condition and motor-coordinating abilities of 35-55 year old women who were previously involved in cyclic sports.

3.3.3. Factors that determine the physical condition and motor and coordination abilities of women involved in cyclic sports.

3.4.Physical condition and motor-coordinating abilities of women of the second period of mature age, previously engaged in game types of physical culture and sports activities.

3.4.1. General characteristics.

3.4.2. Correlation relationship of the studied indicators of 35-55-year-old women with experience in sports training in team sports.

3.4.3. Factor structure of the physical condition and motor-coordinating readiness of women of the second period of mature age, previously involved in sports games.

3.5. Generalized characteristics of the physical condition and motor-coordinating abilities of women aged 35-55 with different experience physical culture and sports activities.

Chapter 4 different orientation on the physical condition and motor-coordinating abilities of 35-55 year old women.

4.1. Dynamics of the physical condition and motor-coordinating abilities of women of the second period of mature age, who go in for physical training groups.

4.1.1. General characteristics.

4.1.2. Correlation relationship of the studied indicators in women aged 35-55 years, involved in groups of general physical training.

4.1.3. Factor structure of the physical state and motor-coordinating abilities of women aged 35-55, engaged in general physical training.

4.2. Dynamics of the physical state and motor-coordinating abilities of 35-55 year old women who go in for rhythmic gymnastics

4.2.1. general characteristics

4.2.2. Correlation relationship of the studied indicators of 35-55 year olds

4.2.3. Factor structure of the physical state and motor-coordinating abilities of women in the second period of adulthood, beyond

4.3. Changes in the physical condition, motor-coordination and physical fitness of women aged 35-55, engaged in cyclic types of physical culture and sports activities.

4.3.1. Correlation interrelation of the studied parameters of 35-55-year-old women engaged in cyclic types of physical culture and sports activities.

4.3.2. Factor structure of physical and motor-coordinating readiness of women of the second period of mature age, who are engaged in cyclic types of physical culture and sports activities.

4.4. General characteristics of changes in the physical condition and motor-coordinating abilities of women of the second period of mature age, engaged in various types of physical culture and sports activities.

Recommended list of dissertations

  • Motor activity as a factor in increasing the efficiency of women in the second period of adulthood working as university teachers 2012, candidate of pedagogical sciences Baytlesova, Nursulu Kuspanovna

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  • Methods of physical training of men engaged in entrepreneurial activities 2008, candidate of pedagogical sciences Shishkov, Leonid Leonidovich

  • The technology of building health-improving aerobics classes with women of mature age in the conditions of South Yakutia 2003, candidate of pedagogical sciences Sorokina, Natalya Vladimirovna

Introduction to the thesis (part of the abstract) on the topic "Features of the influence of physical exercises of various directions on the motor-coordinating abilities of women in the second period of adulthood"

Relevance. In modern society, characterized by socio-economic instability, environmental degradation, an increase in psycho-emotional tension, the requirements for the physical condition, especially of the able-bodied population, are significantly increasing. It is well known that any socio-economic or the political problem of the state cannot be solved without the participation of women, who have constituted an average of more than 51% of the population over the past 50 years, and in social sphere the contingent is the vast majority, up to 70% (G. Sillaste, 2001). Women perform a variety of social, reproductive, family, educational, production, public functions (M.JI. Krymskaya, 1989; O.P. Makhova, 1993). It has been established that with age, the physical condition changes significantly, physical qualities and human motor skills. There are significant changes in the coordination of movements: the accuracy of their execution decreases, the pace and mobility slow down, the speed of reaction decreases, the speed of mastering new motor actions decreases (I.V. Kharabuga, 1969; L.P. Trofimova, 1970; N.V. Trofimov , 1974; Z. A. Gasanova, 1986; I. M. Sarkizov-Serazini, 1987; K. Zimmermann, 1981; P. Hirtz, G. Ludwig, I. Wellnitz, 1981; Israel S., Buhl B., 1982 ; K. Mekota, 1984; Weidner A, 1985; L. Berk, J. Prince, 1989). Due to the fact that in the second period of the mature age of women, covering from 35 to 55 years, there is a flourishing creativity(time of human, social, professional maturity), the problem of prolonging their creative activity and longevity, counteracting age-related involutional changes and increasing the physiological reserves of the body of women of this age attracts special close attention of specialists (M.V. Protasova, 1976; A.T. Rubtsov 1984; K. Cooper 1986; E S. Hakobyan, 1986). However, despite the extensive reflection of these aspects, it should be noted the contradictory opinions on the issues of norms and, especially, the modes of motor activity and the regulation of physical activity in middle-aged women, mainly aimed at educating their motor-coordinating abilities.

A system of proper norms and assessments of physical fitness, including motor-coordinating abilities, of various age and sex groups of the population has not been developed, and the available domestic data, in particular, the TRP system of the 70-80s, is clearly outdated and does not correspond to modern ones. requirements. The problem is also aggravated by the fact that modern conditions transition to a market economy, when the need for personnel undergoing retraining or mastering new professions has significantly increased, motor-coordinating abilities are the basic ones on which the success of teaching previously unknown professional and applied skills and abilities depends. Thus, taking into account the most important role of motor-coordinating abilities in the formation of motor functions, the development and improvement of labor, household, sports and practically all vital skills and abilities (L.P. Trofimova, 1970; V.I. Lyakh, 1990; H.A. Bernpgein , 1991; Matveev L.P., 1991), as well as the lack of modern research on the problem of maintaining and improving the motor-coordinating abilities of women in the second period of adulthood, our study was given the following goal - to improve the system of assessments and methods for educating the motor-coordinating abilities of women the second period of adulthood (35-55 years).

The object of the study is the motor-coordinating abilities of women aged 35-55.

The subject of the study is the factors that determine the motor-coordinating abilities of women aged 35-55 in the process of doing physical exercises of various directions.

Research methodology. The methodological approach in the research was based on the use general principles and approaches formulated in the theory physical culture(L.P. Matveev, 1991), the physiology of activity and the theory of movement construction (N.A. Bernstein, 1966), as well as from the position systems approach and target management (PK Anokhin, 1978; R.Z. Meyerson, 1986). This made it possible to consider the physical condition of women in the second period of adulthood and the physical culture and health-improving process as an integral system that has those properties that its individual elements do not have.

Research hypothesis. It was assumed that the identification of the main factors that determine the motor-coordinating abilities of women aged 35-55 and the development of a system for their assessment would make it possible to specify the ways of their education aimed at achieving a sufficient level of physical condition of the studied contingent.

The scientific novelty of the work lies in the fact that: factual material, which characterizes the physical condition and the main components of the motor-coordinating abilities of women in the second period of adulthood, depending on the previous experience of physical culture and sports activities; - reveals the main factors that determine the motor-coordinating abilities of women aged 35-55; the criteria and the system of estimations of motional-coordinating abilities of women of the second period of mature age are characterized; - the ways of formation of the main components of the motor-coordinating abilities of women aged 35-55 were specified; Objective quantitative indicators have been obtained that characterize the health-improving effectiveness of the influence of various physical exercises on the motor-coordination abilities and physical condition of women in the second period of adulthood.

The theoretical significance of the study lies in concretizing the theoretical and methodological provisions that allow increasing the effectiveness of the influence of exercises of various directions on the level of manifestation of the main components of motor-coordinating abilities in women of the second period of mature age, as well as in determining the criteria and norms for assessing these abilities.

The practical significance of the work is determined by the development of scientific and methodological recommendations (the main parameters of physical culture and health-improving classes) for the formation of motor-coordinating abilities and differentiation of their assessment systems in women of the second period of mature age. The received data also practical value in terms of the development of the relevant section. The presented material is presented in accordance with the program of the discipline of specialization "Theory and methods of physical culture and health-improving activities" for students studying in educational institutions in the field of physical culture and sports in the specialty 022300- "Physical culture and sports". The topic of the research corresponds to the problem N 01.02 "Methodology and technology for the improvement of various socio-demographic groups of the population" - the main directions of scientific research in the field of physical culture, sports, tourism and the sanatorium-resort complex Russian Federation for the period 1996-2000.

The dissertation presents three acts of introducing research into the practice of physical culture and sports.

Basic provisions for defense.

1. Age-related intergroup changes in the morpho-functional state, physical fitness and FCS of women in the first (35-45 years) and second (46-55 years) periods of adulthood change quantitatively and deteriorate qualitatively, acquiring a generalized character. The intensity of involutional changes increases after the age of 45, acquiring the greatest severity after 50 years.

2. Many years (5-13 years) of previous experience in cyclic sports (athletics running, swimming, skiing, rowing) and sports games (volleyball, basketball, handball), after a long (from 6 to 27 years) cessation of physical exercises, allows you to maintain the physical condition and FCS of women of mature age at the level of standards of "average" and "above average" indicators. At the same time, the indicators characterizing the DCS and physical fitness are preserved by the representatives of team sports at the level of "above average", while morpho-functional (including MPC and P>¥C) are better and IL at the level of "average" in women involved in cyclic sports.

3. The main ways of forming the DCS of women of the second period of mature age are mainly associated with an increase in the level of their physical condition and do not depend on the content and direction of physical culture and conditioning training, subject to the inclusion of specialized (on different sides DKS) exercises lasting 12-15 minutes.

Similar theses in the specialty "Theory and methods of physical education, sports training, health-improving and adaptive physical culture", 13.00.04 VAK code

  • Pedagogical design of fitness classes with women of mature age 2008, candidate of pedagogical sciences Savin, Sergey Vladimirovich

  • Volleyball as a factor in maintaining and strengthening the health resources of women of mature age, 36-55 years old 1998, candidate of pedagogical sciences Starostina, Vera Alexandrovna

  • The content of physical training of women aged 35-45 using various types of fitness based on somatotype 2013, candidate of pedagogical sciences Romanenko, Natalia Ivanovna

  • Physical training of women based on the use of temping in water: On the example of economic specialties 2000, candidate of pedagogical sciences Eremina, Tatyana Nikolaevna

  • The technology of complex classes in health-improving types of gymnastics and swimming for women aged 35-45 2000, candidate of pedagogical sciences Adamova, Ilona Vladimirovna

Dissertation conclusion on the topic "Theory and methods of physical education, sports training, health-improving and adaptive physical culture", Merzlikin, Alexey Sergeevich

201-Conclusions.

1. Age-related changes in the physical condition and motor-coordination abilities of women aged 35-45 and 46-55 years old were determined. With age (on average for each of the studied signs) significantly (at P = 0.05 0.001) worsen: morpho-functional indicators - by 10.7%; physical fitness - by 19.1%; motor-coordinating abilities - by 19.4%.

2. It was revealed that the most significant (at Р<0,01) возрастные изменения различных сторон проявления ДКС женщин второго периода зрелого возраста происходят в показателях, характеризующих: быстроту двигательной реакции (на 12,2 %); и ориентировку в пространстве (на 14,7 %).

3. A percentile scale for assessing the DKS of women in the second period of adulthood has been developed. In general, in two age groups (35-45 years old and 4655 years old), the dynamics of motor-coordinating abilities is accompanied by a significant (at R< 0,05) уменьшением количества женщин, способных выполнить нормативы «среднего» и « выше среднего» уровня. При этом, показатели норматива « выше среднего» уровня у 46-55 летних женщин соответствуют- «среднему », а «ниже среднего» «низкому» уровню у 35-45 летних.

-♦. It has been established that in women who are not engaged in physical exercises at the age of 35-45, general DCS are mainly maintained due to the manifestation of their individual aspects (speed of motor actions r = - 0.69; errors in the accuracy of reproduction of muscle efforts with a strong arm r - 0.58; and in the standing long jump r = 0.55). In 46-55-year-olds, DCS to a greater extent depend on the morpho-functional state (M11K g 0.75; GI g = 0.81; P diast. g = 0.66; P system. g = 0.57).

5. The main factors that determine the DCS of women in the second period of adulthood are identified. The total variance of the sample that determines the DCS of 35-45 year old women is 86.8%. At the same time, the first factor equals 38.7% and consists of the following data: errors in the reproduction of muscle efforts (0.828); equilibrium (0.800); speed of motor actions (0.744); ability to navigate in space (0.68). The second factor (20%) consists of: the ability to reproduce time intervals (0.779) and the results of the 3x10 m shuttle run (0.754). The value of the third factor (16.6%) is determined by: the ability to reproduce muscle efforts with the priority hand (0.852); speed of motor reaction (0.784). The strength of the fourth factor (11.5%) consists of indicators: flexibility (0.596); speed-strength abilities (0.623). The value of unaccounted factors is 13.2%.

6. The structure of the DCS of women aged 46-55 is determined by three groups of factors (82.8%). The first factor, equal to (56.0%), includes the following indicators: accuracy of reproduction of muscle efforts (0.980), orientation in space (0.873), speed-strength abilities (0.871), coordination of movements (shuttle run 3x10) - 0.832., sense of balance (0.824). The second factor is equal (14.3%) and includes: the accuracy of reproduction of time intervals (0.620) and the speed of motor actions (0.618). The strength of the third factor (12.5%) is characterized only by the speed of the motor reaction (0.874).

7. Indicators of 35-45-year-old women previously involved (5-13 years) in sports (basketball, volleyball, handball - from 1st category to MSMK), significantly (at P<0,05- 0,001), отличаются от результатов женщин, не занимающиеся физическими упражнениями и не имеющих опыта спортивной тренировки. Суммарно, показатели, характеризующие: морфо-функциональные возможности, в среднем, лучше - на 17,6 % ; физическую подготовленность - на 13,2 %; двигательно-координационные способности - на 37,8 %. У 46-55 летних женщин достоверные (при Р<0,05 - 0,001) различия были установлены в показателях, характеризующих: морфо- функциональное состояние, в среднем, лучше - на 16,0 %; физическую подготовленность - на 14,9 %; двигательно- координационные способности - на 40,3 %.

8. It was determined that active and systematic (5-11 years old) classes in cyclic sports at a young age (running, swimming, athletics, rowing, cycling - from 1st category to MS) create the basis for maintaining morpho-functional indicators in 35 -45 years old, on average, by 16.0%, at 46-55 years old - by 21.9% better than those who do not go in for sports. These indicators are generally at the level of "average" and "above average" during the entire second period of adulthood. At the age of 35-45, the most significant differences in comparison with the data of those who did not go in for sports remain in the indicators characterizing physical fitness better - by 16.8% and FCS - by 17.6%. At 46-55 years of age, these differences were expressed in the data, physical fitness was better - by 38.5%, the level of manifestation of LCS - by 27.0%.

9. It has been established that, regardless of the training program (general physical fitness, rhythmic gymnastics, cyclic types), the physical condition and DCS of women in the second period of adulthood are reliable (at R< 0,05- 0,001) улучшается. Выявлены следующие (в среднем по каждому признаку в % к исходному уровню) сдвиги показателей: в возрастной группе 35-45 лет- морфо- функциональные: гр.ОФГ! - на

22.5%; gr. cyclic types of physical culture and sports activities (group cycle) - by 16.2%; gr. rhythm anthem. - by 16.9%; physical fitness: gr. OFP - by 15.8%; gr. cycle. - by 29.9%; gr. rhythm. hymn. - by 18.5%; motor ~ coordination abilities: gr. OFP - on

29.6%; gr. cycle. - by 20.52%; gr. rhythm, anthem - by 30.1%; in the age group 46-55 leg- morpho-functional: gr. OFP - on

21.1%; gr. cycle. - by 15.3%; gr. rhythm, anthem - by 17.5%; physical fitness: gr. OFG1 - by 21.0%; gr. cycle. - by 28.8%; gr. rhythm, anthem - by 15.0%; motor-coordinating abilities: gr. OF11 - by 19.7%; gr. cycle, - by 18.2%; gr. rhythm. hymn. - by 24.5%.

Conclusion.

The analysis of scientific and methodological literature and numerous results of studies of the effect of physical exercises on the body of middle-aged women indicates that most of the works are devoted to solving health-improving, general developmental, aesthetic, rehabilitation, and psychoregulatory tasks. The literature mainly provides information on the positive impact of physical exercises of various directions on the state of health, individual components of physical fitness, mental and physical performance of a person. It is known that physical qualities and motor skills of a person change significantly with age. Due to age-related changes in the state of the nervous, neuroendocrine, muscular, cardiovascular, respiratory and energy supply systems, motor and coordination abilities noticeably deteriorate: mobility, reaction speed, accuracy decrease, the pace of movements slows down, the speed of mastering motor skills decreases.

In the modern scientific and methodological literature, unreasonably little attention is paid to maintaining and improving the motor-coordinating abilities of people in the second period of mature age, the system for assessing the DCS depending on age has not been developed, the main factors that determine the level of manifestation of motor-coordinating abilities, depending on the previous one, have not been identified. experience of physical culture and sports activities and the predominant focus of classes.

Considering that the age of 35 to 55 years is the time of the flowering of creative abilities, the time of social and professional maturity, the problem of maintaining and prolonging creative activity and longevity is becoming relevant. In this regard, the search for opportunities to restore, maintain and develop motor-coordinating abilities, without prejudice to the proper level of the physical condition of women in the second period of adulthood, is of both theoretical and practical interest.

Chapter 2 Tasks, methods and organization of research.

2.1. Research objectives.

An analysis of the special literature, an assessment of the degree of theoretical - methodological elaboration and available material on the issues under study made it possible to determine the working hypothesis and the purpose of the work (see Introduction), which were revealed when solving the following problems:

1. Determine the physical condition and motor-coordinating abilities of women in the second period of adulthood, depending on the previous experience of practicing various types of physical culture and sports activities.

2. To determine the criteria and system for assessing the motor-coordinating abilities of women aged 35-55.

3. To identify the main factors that determine the motor-coordinating abilities of women in the second period of mature age, depending on the previous experience of practicing various types of physical-cultural-sports activities.

4. Specify the main parameters of loads and the content of classes, mainly aimed at the formation of motor-coordinating abilities of women in the second period of adulthood.

5. To identify the health-improving efficiency and dynamics of motor-coordinating abilities in women aged 35-55 under the influence of exercises of various directions.

472.2. Organization of research.

2.2.1. General characteristics of the content of research.

In accordance with the work plan, the study was carried out in several stages.

At the first, preliminary stage of research, which lasted from October 1998 to September 1999, the state of the problem was studied according to scientific and methodological literature, a questionnaire was compiled, and pedagogical observations were made. In the course of the analytical review of the available scientific and methodological literature, the main attention was paid to the analysis of the issues of using various means physical education to improve the physical condition of women.

At this stage, the methodological features of classes with women of the second period of mature age were determined, the questionnaire material was analyzed, (2.3.2) the pulse characteristic of classes was studied using various kinds physical culture and sports activity.

The collected material served as the basis for conducting a pedagogical experiment to determine the content and substantiate the methodology of classes in the experimental groups.

The second, experimental phase of the study took place from September 1999 to June 2000 and included preliminary testing of the physical condition of women (2.3.4. and 2.3.5.) and a pedagogical experiment (2.3.6.). During this stage, the standards for assessing the motor-coordinating abilities of women aged 35-55 were developed, the methodology of physical culture and conditioning training of various directions was tested and improved.

2.2.2. Characteristics of the surveyed contingent.

This stage of the study (pedagogical experiment) was divided into two periods: introductory and preparatory - 10 weeks and the main one - 31 weeks (2.3.6.). functional state, testing of physical performance and fitness.

In total, two experimental cuts were made in each experimental group:

The first - was the beginning of the pedagogical experiment and at the same time the beginning of the introductory preparatory period; - the second - completed the pedagogical experiment. The third and final stage of the work included the mathematical processing of the obtained data, their comprehension, writing and approbation of the dissertation.

Assessment of the level of physical performance, anthropometric measurements of body size, determination of the external respiration system, cardiovascular system and testing of motor-coordinating abilities were carried out directly at the training sites and in the medical control rooms.

2.2.2. Characteristics of the surveyed contingent.

The study took place in Kharkov on the basis of the sports and recreation complex "Olimp", "Skif-Budo" and the State Academy of Municipal Economy.

The survey involved 161 women of the second period of mature age, mostly employees of the social sphere (teachers, health workers, teachers of schools,

Soll women in the age period from 46 to 55 years, their average age was 52.4±0.79 years. The studied women were previously engaged in cycling - 10 people, cross-country skiing - 12 people, middle-distance running - 3 people, rowing - 1 person. According to the level of sports qualification, this group was distributed as follows. 2 - women - MSMK; 13- female MC; 11 - CCM women. During the study period, they no longer actively trained. Most of the women studied sometimes occasionally engaged in physical exercises on their own, but among them there were those who for a number of years (from 6 to 23) did not do it at all.

In III. The group examined 24 women in the age range from 35 to 55 years, previously involved (5-13 years) in various types of sports: women aged 35-45 years, the average age is 37.8 ± 0.75 years. By sports and quality composition, they were distributed as follows: volleyball - 4 people (3-CMS, 1-1 category), basketball ~ 7 people (1-MS, 5-KMC, 1-1 category), handball - 2 people ( 1 rank). Women aged 46-55 years (48.3 ± 0.79 years) by sports and skill level, their composition was distributed as follows: volleyball - 5 people (3-KMC, 2-1 category), basketball - 5 people (2-MS, 2 - KMC, 1-1 category), handball - 1 person (KMC). During the study period, eight 35-45 year old women episodically continued training 2-3 times a month, as they were preparing to perform at the veteran games (4 volleyball players and 4 basketball players). Of the group of 46-55 year old women, for the same reasons, 4 volleyball and 3 basketball players continued to keep fit. The rest did not practically support physical activity for 8-27 years.

Thus, out of 161 examined women, 86 were in the age range of 35-45 years, and their average age was 39.5 ± 0.41 years. In the age group from 4b to 55 years, 75 women were examined.

The mean age of this group of women was 50.7 ± 0.45 years.

2.3. Research methods.

To solve the tasks set, the most common methods used in similar studies on theoretical and methodological problems of physical culture of the adult population were used.

1. Theoretical analysis and generalization of sources.

2. Questioning.

3. Pedagogical supervision.

4. Anthropometry.

5. Methods for determining physical performance.

6. Research methods of the respiratory system.

7. Methods for studying the cardiovascular system.

8. Method of pedagogical control tests.

9. Pedagogical experiment.

10.Methods of mathematical statistics, including factor analysis by the method of principal components.

2.3.1. Theoretical analysis and generalization.

In the course of the analytical review of the available scientific and methodological literature, the main attention was paid to the analysis of the issues of using various means of physical culture to improve the physical condition of women. In addition, studies were studied that dealt with the issues of medical and biological substantiation of the impact of physical exercises of various directions on the main systems and functions of the body of women in the second period of adulthood. Also, the literature concerning the methodology and methodological features of physical culture and health-improving classes and work was analyzed, which touched upon the effectiveness of the most common physical exercises on the physical and functional capabilities of the body of people of mature age. Theoretical analysis and generalization of more than 300 literary sources showed that the problem of studying and comparing the influence of physical activity of various directions on the physical condition of women of the second mature age has not been studied enough and contains many debatable and unresolved issues.

2.3.2. Questioning.

To interview women of the second period of mature age, a special questionnaire was developed and applied, which was compiled taking into account recommendations for specific sociological studies on the problems of physical culture and the specifics of the physical condition of women of the studied age.

The survey data made it possible to identify the attitude of women of the second period of mature age to the use of various means of physical education, in order to optimize the physical condition, to determine the most popular means, and also to obtain subjective assessments of the physical condition of women of a specified age.

In total, 161 women were interviewed. Of these, not engaged in and occasionally engaged in -111, 50 - engaged in irregular physical exercises and various sports (swimming, skiing, running, rowing, basketball, volleyball and others).

The most preferred means were: general developmental exercises from basic gymnastics (74.4%); in winter - skiing (63.5%); rhythmic gymnastics and its varieties (38.5%); sports and outdoor games (35.6%); recreational running (32.6%); running with walking (27.9%); swimming (27.6%).

Noteworthy is the rather high popularity of such means of recovery as sauna and massage (83.3%) out of the total number of respondents.

Less popular among women of the second period of maturity are such means of physical education as training devices (12.6%) and athletic gymnastics (8.1%).

Regarding the duration of classes, women who do not engage in physical exercises, for social and domestic reasons, recommend the following: once a week; engaged in physical exercises up to 2 years, prefer (68.7%) classes lasting up to 60 minutes, 2-3 times a week; -athletes with more than two years of experience - 60-90 minutes, with daily 15-20 minute exercises.

The majority (85.8%) of the respondents prefer to work out in an organized way 2 times a week.

The collected material served as the basis for completing the groups, conducting a pedagogical experiment, and for determining the content and justification of the methodology of classes in the experimental groups.

2.3.3. Pedagogical supervision.

Pedagogical observations were carried out both in order to study the practical experience of conducting physical culture and recreation classes by the type of physical culture and conditioning training using aerobic physical exercises of various structures, and in the course of their own pedagogical experiment. Pedagogical observations were made for classes in sports and recreation groups at sports facilities in Moscow (a / o "Luzhniki", D.S. "Olympic") and in sports and recreation complexes in Kharkov ("Olimp", "Skif-Budo and the State Academy of Municipal Economy). In general, 64 classes with women of mature age were reviewed, with the predominant use of rhythmic gymnastics, running, general developmental exercises, and skiing.

In the process of pedagogical observations, special attention was paid to the content of classes, the selection and use of various means of physical education aimed at the formation of the DCS of middle-aged women, the integration of various "aerobic" exercises with physical exercises of a different direction, methodological methods of regulating the training load, forms of organizing classes and methods their implementation with the identification of positive aspects and disadvantages.

The planning of the volumes of training loads and the construction of a health-improving training were carried out on the basis of the theory and practice of physical culture and health-improving work and in accordance with the recommendations set forth in the special literature.

552.3.4. Methods of morpho-functional testing.

Anthropometry. The research program for determining the physical development of women included measurement according to the generally accepted method of V.V. Bunak (1931). Indicators of body length and weight, weight-height index (Quetelet index), strength of the priority arm, VC, chest excursion were determined. The life index (LI) was calculated, i.e. ratio of VC to body weight in grams. Indicators of the level of physical performance PWC and aerobic capacity of the IPC, due to their objectivity and universality, are widely used in health-improving physical culture and are widely used according to WHO recommendations when building programs and monitoring the condition of those involved.

According to some authors (3,19,41,71,157), at any comparable load, the degree of heart rate increase in healthy untrained people is almost the same. This levels out the level of physical performance, assessed on the basis of a generally accepted methodology according to one constant pulse indicator, for example, 150 or 170 beats / min. According to other authors (95,132,143,188), it seems more justified in mass studies of the adult population to use functional tests that cause physiological changes that are significantly less than the limit. To do this, in our study, we used a modified version of the PWC170 bicycle ergometric test - the PWCaf test, proposed by V.L. Karpman.

The calculated values ​​of aerobic capacity - maximum oxygen consumption (MOC) were determined by the formula recommended for untrained people or people with a low level of physical performance, in which the value of PWC af was put down instead of PWC170:

MIC = 1.7 x PWC af +1240, where MIC is expressed in ml/min (absolute value), P\Ucae is kgm/min.

The relative value of P\\^Cae (kgm/min/kg) and the relative value of the IPC - IPC (ml/min/kg) were also calculated. Resting heart rate was recorded by palpation, and systolic and diastolic pressures were measured.

2.3.5. Methodology for testing physical fitness and motor-coordinating abilities.

When assessing physical fitness, the following manifestations were evaluated: speed-strength endurance, measured by the maximum number of jumps (times) in place in 20 seconds; speed-strength abilities - determined by the result of a long jump from a place (cm); general flexibility - determined by the depth of the torso forward from a standing position (cm). The measurement of flexibility is carried out by the device E.P. Vasiliev or a marked bar with a latch. At the level of the reference platform on the measuring ruler, a zero mark “0” is put, all digital marks from “0” up will be with a “+” (plus) sign no more than 15 cm, and from “0” down - with a “-” sign (minus ) - up to 35 cm. To measure the degree of possible torso tilt forward, women stand on the bench and take the main stance. Then, without bending the legs at the knee joints, the subjects smoothly lean forward to the limit, pushing the latch, maintaining this position for 2 seconds. The test is carried out twice, the best result is recorded. If the subject bends his knees, the attempt is not counted.

The muscle strength of the priority arm (kg) was measured with a hand-held dynamometer (DRP-90) in a standing position with the arm extended and raised to the side.

During the measurement, the dynamometer and hand must not touch the body. It is not allowed to make sudden movements, leave the place, bend and lower the arm. Two attempts were made, the best result was recorded. Motor-coordination abilities. The accuracy of reproduction of muscle efforts, which characterizes the FCS, was determined by the degree of their dosing.

A. Standing long jump (check). Task: jump with eyes closed at half strength, 3/4 strength, % strength. The error (in cm) is calculated (recorded) with the sign “+” (greater than the due value) and “-” (less). One attempt is made.

B. Carpal dynamometer (strong hand-tah). Task: to perform an effort at half strength, 3/4 and % strength. The error (kg) is calculated (recorded) with the sign “+” or “-” (see above). One attempt is made.

B. Measurement of the fidelity of reproduction of time intervals. The subject measures them on a stopwatch without looking at the dial, any short (up to 5 seconds) and long (up to 15 seconds) time interval. After fixing them, it tries to reproduce them again. An error is fixed (difference with a + or - sign) from the initial time intervals. One attempt is made.

For each of the above (A.B.V.) tasks, the total arithmetic mean deviations were calculated as a percentage of the given tasks. The summary tables show the total percentage deviations from the individually specified (i.e., shown by each participant). Quickness in action - was measured by the time (sec) of performing 20 claps with straight arms above the head and on the hips in a minimum of time. The time of clapping was recorded. One attempt was made. The ability to orientate in space (points) was determined by the control exercise "Turn around and catch the ball." Two circles with a diameter of 0.5m and 1m are drawn on the floor, with marks 90°, 180°, 270°, 360°.

The subject stands in the center of a small circle and holds a volleyball in his hands. The subject is asked to throw the ball into the air, turn around 360° and catch the ball without letting it fall to the floor. In this case, you need to stay inside the small circle. The subject is given three attempts, the two best ones count. The exercise is evaluated visually in points.

General coordination abilities (shuttle run).

They were determined by the results (sec) of the shuttle run 3 x 10m. The test was carried out on a flat 10 meter track. Behind each line, two semicircles with a radius of 50 cm are made with a diameter on the line. From the high start position, on the “march” command, the subject runs 10 m to another line, takes a cube lying in a semicircle, quickly returns to the starting line and puts the cube. Then it comes back. The time from the “march” command to the moment of arrival at the finish line was taken into account; it is not allowed to roll the die. If this rule is violated, a retry is assigned. One "successful" attempt is registered. Venue: Sports Hall. The speed of the motor reaction (cm) was assessed by the relay test according to the speed of compression by the strongest (priority) hand of the falling ruler, 40 cm long.

Balance was measured by the time (sec) of balancing with one foot on a support (50x4x2 cm).

2.3.6. The contingent of participants and the methodology for conducting a pedagogical experiment.

The contingent of participants in the pedagogical experiment was selected on the basis of medical and pedagogical control carried out by medical personnel at the experimental bases, and a questionnaire survey from a total of 161 examined women) according to the following criteria: age (the age of the subjects ranged from 35 to 55 years); health status (according to medical diagnostics, all women were practically healthy and, according to the submitted certificates, belonged to the second medical group); the initial level of physical condition (the contingent was characterized by a significant degree of homogeneity); previous driving experience. Women with motor experience had a long-term (6-27 years) break in regular physical exercises by the beginning of the experiment. The surveyed women either did not exercise or exercised occasionally; taking into account interests in a certain type of physical culture and sports activities; the degree of mastery of the technique of the preferred type of physical culture and sports activity.

The pedagogical experiment, as we noted above (§ 2.2.1.), was divided into two periods - introductory-preparatory and main.

Classes in the introductory-preparatory period were held twice a week. A total of 492 classes were held in the experimental groups.

Initially, 103 women were involved in 6 experimental groups, however, during the experiment, 16 women for various reasons (missing classes by more than 20%, family and domestic reasons, illness, change of residence, and others) were eliminated. The data of only 87 participants of the pedagogical experiment were included in the mathematical processing.

A general description of the content and structure of the pedagogical experiment is presented in Table 2

601 groups - with predominant (more than 90 ± 5% in the main part of the lesson) use of general physical training exercises;

group 2 - with predominant (90 ± 5%) use of cyclic types (running, swimming, skiing) of physical exercises;

Group 3 - with predominant (90 ± 5%) use of rhythmic gymnastics and aerobics.

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MONSTER:

It is necessary to go through a zone (5 meters) so that five people have only three legs.

If someone touches, everything starts again.

GUTTER:

It is necessary to roll a ball (table, tennis) over the palms of the whole group for ... seconds (Depends on the number of people)

PITTLE:

Everyone stand up tightly, occupying as little space as possible and stand for 30 seconds. (A circle is drawn around the campaign.) And then the circle is reduced and you need to complete the task one more time.

FLIES:

It is necessary that the participants do not talk among themselves, so they are given the task of buzzing like flies. With their eyes closed, buzzing, they need to line up on command - first in a circle. Then into a triangle or square.

COUNTER:

Everyone stands in a circle, each is given a number in order. The host tells a fairy tale with numbers. The owner must take a step forward on his number. If the numbers are large, they are decomposed into numbers ... The host counts the errors.

ELECTRIC CIRCUIT:

Sit down in the column 10 times so that the chain does not break. (Perhaps in pairs, then in threes and that's it, but holding hands and facing others)

GOBLIN TRAIL:

The players are divided into two teams. They put their color with a marker. For example, red and blue. Cells on asphalt. Reds cannot move on blues, and vice versa. The task of the whole team is to get over to the other side. But you cannot jump over the cells, only with the help of a different color. If a spade or other error occurs, the team starts the task again.

KNEES:

Like an “Elephant” sitting on his knees, walk some length at the back of the person.

BERMUDA TRIANGLE:

A rope is stretched with flags, a triangle. There is a team in it, the task is to get out of the triangle without touching the rope, and get out on horseback, i.e. on her. Planting toss, you can. If a mistake - touched the rope all over again.

ROCK:

Everyone stands in a row on a curb or on a board. The task is to switch places, but walk on foot.

WEB:

The rope is hung like a web vertically. It is necessary to climb through the cells, but so that they do not repeat or, depending on the circumstances, at least so that the repetitions are after a few people.

CROSSING:

Cross the "river" 3-4 meters, but in the "water" a bridge of 4-6 people. The rest walk over them.

WALL OR LOG:

Don't fall, don't talk. Everyone is standing on the curb, it is necessary to change places. They begin to move along the "Rock". Mistake and start all over again.

ROSE OF WIND:

It is necessary for the whole detachment to convince the leader where the north is. (Convince, not necessarily define)

ROPE:

Task - you need to build a rope in a circle, triangle, square, oval. But it must be done silently!

MAGIC SQUARE:

A labyrinth is created from ropes. It is necessary to get out of it, they run one at a time, while others do not watch how it passes.

THROW:

Three minutes the squad collects cones. Three minutes throws them into a circle, or a bucket in the center of a large circle. But you can only throw one at a time, and not at the same time.

CONFUSION:

The leader confuses the circle of all without disengaging his hands. It is necessary to unravel silently, without breaking hands. You can confuse with your eyes closed.

TESTING THE TEAM.

NODES in the column, the left hand is between the legs, and the right hand is to catch the hands in front of the one standing. The task is to unravel without opening hands.

DANCING - synchronously behind the leader to perform a dance.

UFO it is necessary that the plastic bag stays in the air for more than a minute.

BUILDINGS line up (you can without words) alphabetically, by eye color ....

JOYSTICK Something needs to be moved. Everyone holds on to thick fingers and the first one moves one, everyone passes the action along the chain. All but the first with closed eyes.

SUPPORTS 4 support points are given. It is necessary that the whole team fit on them. (Depends on the number of people in the teams)

STROLL- in complete silence with closed eyes, in addition to the leader, you need to take a walk across rough terrain.

WET CIRCLE- Everyone sits in a circle. It is necessary to pass a ball of water in a circle without hands on the knees in x time.

BIG-MAG - In pairs, quietly agreeing on a phrase of two words that are used together. It is necessary to move with closed eyes and, on command, shouting out your word to find each other.

PUSH UPS- a group of 4 people. The task is to wring out from the ground so that only hands rest on it, and hold out for at least 5 seconds (well - legs on the back of another)

ALL ON BOARD. On any designated area (Banquette, box, bar.) The task is to hold the whole team for a few seconds.

TROLLS(not a big plank) the task is to cross the “river” without touching the ground.

CROSSING - but the pendulum interferes. (bucket of water, bag) and you need to bring water.

LABYRINTH- a drawn labyrinth only for the leaders. The team walks through the cells like a virtual labyrinth. Leading checks, when errors are returned back.

TRUST FALL - FINAL -

Two lines facing each other (Remove rings and jewelry, take everything out of pockets) hands at an angle of 90º hands alternate with each other forming a cradle for the falling person, palms up. But not connected. The strongest in the middle.

Falling torso and legs are straight, arms are crossed on the chest and clasped. The head is thrown back a little.

The maestro is in charge.

Falling: Are you ready?

Insurers: Yes!

Insurers: Are you ready?

Falling: Yes!

Maestro: Drop.

After discussion. What did you feel just before the fall? During it? How did you feel before the fall of another person?

Each person has his own views on life, aspirations, ideals, interests, desires and goals, and in psychology the totality of this has a name - the orientation of the personality.

Orientation is formed depending on upbringing and environment, because any person is influenced by society to some extent. The orientation of the personality is an important characteristic of a person, in psychology it is also replaced by the term "dynamic tendency", which affects his character and activities.

Orientation forms

The main life orientation of a person is expressed in his life goals, priorities, hobbies, worldview, and beliefs. Consider all forms of orientation:

  • A wish

This form implies not only the desired object, but also the methods of acquiring it. Also, the desires of the individual give rise to the formation of goals.

  • Pursuit

It is a desire with a deliberate choice and a plan to achieve it.

  • Interest

This is a focus on the knowledge of new information, a manifestation of the cognitive needs of a person.

  • inclination

It is expressed in the desire of a person to engage in any particular activity. As a result, he improves his skills in the chosen field to achieve success.

  • outlook

Includes views on life, as well as a person's place in it.

  • Belief

A form of direction that encourages a person to act in accordance with their views on life.

  • Ideal

The ideal image for the personality, to which he aspires to be realized.

  • Installation

The attitude can be: positive, negative, neutral and consists in the views on life and values ​​of a person.

  • Position

It includes the motives and desires of a person by which he is guided in life.

The result that a person wants to achieve in his activity.

Types of orientation

In psychology, there are several types of orientation. It can be determined by the behavior of a person in various situations. The main types of orientation:

  • PERSONAL

People with this orientation consider self-realization to be the main thing in life and are always busy achieving their own goals. Often they are called selfish, because they do not care about the problems of others. Such people are characterized by such character traits as purposefulness, confidence, responsibility, independence. They do not ask for help from others, but prefer to cope with all problems on their own.

  • COLLECTIVE

It consists in focusing on communication and mutual actions, such people are usually sociable. For such individuals, communication is extremely important, and they do everything to maintain good relations with others. They participate in collective works, but at the same time they do not take a leadership position and avoid responsibility. Such a person depends on the opinions of the people around him, does everything to obtain approval and usually does not express his own opinion.

  • BUSINESS

Such people are extremely demanding of themselves and others and are always looking for benefits for themselves and their team. They prefer to lead, while always providing assistance and support to their subordinates. Such people love society, communicate a lot with people, but at the same time they love freedom and always express and prove their point of view.

  • EMOTIONAL

Such people often worry, even for no reason, and are not indifferent to the problems of others. They have a well-developed sense of compassion, so they can always listen and support. They are often approached for advice, because such people are endearing and trustworthy. Also, basically, these are creative individuals who love music, literature and painting. They are able to live the life of a hero, feeling all his experiences.

  • SOCIAL

Such individuals cannot live without society and are always active in social activities. They are always aware of all events and love communication. People with a socially oriented personality can be both bosses and subordinates, but their work must necessarily be connected with society.

Professional orientation

Each profession requires the possession of specific character traits that are necessary to achieve success in this area. In psychology, several types of personality are defined:

  • realistic type

They prefer physical labor and work with real objects. The following professions are most suitable for them: builder, technician, mechanic.

  • conventional type

The personality has attentiveness, concentration and calm character. Such people are responsible and always complete the work on time. Preferred professions: librarian, merchandiser.

  • intelligent type

These people are very fond of thinking and learning new information. They love doing research. The most suitable professions: teacher, writer.

  • enterprising type

Such individuals have leadership qualities and are excellent at leading. Suitable professions: manager, businessman.

  • social type

People with a well-developed sense of empathy who seek to help others. Suitable professions: doctor, social worker.

  • artistic type

Such individuals do not like to work according to a schedule and introduce themselves into any framework. They are unpredictable and creative. Best professions: artist, poet.

Orientation and motivation

The result of a person's activity depends on motivation, which can be external and internal. External motivation may be to gain the approval of others. Intrinsic motivation is the interest of the individual to complete a specific task. Intrinsic motivation has a much better effect on a person, because in this way he develops himself. The better a person is motivated, the more he believes in his own strength and the more he has the desire to work to achieve the goal.

It is extremely important that a person understands why he is doing his work, only in this case he will do it efficiently. If the work does not give any benefits and does not bring you closer to the goal, then any person will quickly get tired of it.

Goal setting and self-confidence

In order to succeed, a person needs to decide on his desires and goals. It is also important to think of a plan to achieve them. To improve the efficiency of work, you should present the result of your work and the achievement of your goal.

Also, in order to be successful, you need to be confident in your abilities. Only a self-confident person can take concrete steps towards achieving the goal. Self-confidence can be developed, because it is also necessary for building relationships with others.

The orientation of the personality is formed from childhood during training and education. Each personality develops in society and is amenable to its influence, while some later develop independence from the opinions of others. The orientation of the personality is the motives, desires and goals of a person that affect his activities and behavior. Therefore, the orientation of the individual determines how successful she will be and how she will achieve her goals.

The orientation of training sessions and the magnitude of the loads in them largely determine the characteristics of athletes' fatigue and the duration of recovery processes.

The course of the processes of fatigue and recovery after training with heavy loads is characterized by a wave-like change in working capacity: a phase of decreasing working capacity after performing a training load, its recovery is clearly traced, and recovery not only to the initial level, but above it - with excess. This effect is called the super-compensation or super-recovery phase, which is the basis for increasing fitness. Recovery processes in highly qualified athletes after heavy loads are usually completed in 2-3 days (48-72 hours).

Recovery period after exercising significant load half as long and practically does not exceed a day (24 hours). At the same time, the amplitude of shifts in the processes of fatigue and recovery decreases, and the phase of supercompensation is much less than after classes with a heavy load.

Recovery processes after classes usually end after 10-12 hours, and after small loads– several hours (3-5 hours).

The aftereffect of classes with small (1), medium (2), significant (3) and large (4) loads

Symbols: B - heavy load; Z - significant load; C - average load; M - light load.

1. The consequences of classes with various loads

Classes of selective orientation with heavy loads indicate a deep, but relatively local effect on the athlete's body.

2. The aftereffect of complex-oriented classes with parallel problem solving

Complex classes with heavy loads and consistent problem solving, in comparison with selective classes, have a wider, but less profound effect on the body of athletes, since the working capacity in the main part of the lesson is provided by various functional systems.

The aftereffect of classes of a complex (k) orientation in the sequential solution of problems: the amount of funds - 30 - 35% (a) and 40 - 45% (b) available in the corresponding classes of a selective orientation

An activity that involves a parallel increase in speed capabilities and endurance during anaerobic work (Option A) leads to a sharp decrease in the capabilities of the body's functional systems that ensure the performance of this kind of work, but does not significantly affect its capabilities in relation to aerobic work.

An occupation in which endurance develops in parallel during work of an aerobic and anaerobic nature (Option B) leads to a decrease in working capacity in such activities for 2-3 days. Speed ​​capabilities turn out to be oppressed only within a few hours after the lesson and return to the pre-working level, usually in a day.

The aftereffect of complex (k) orientation classes with parallel problem solving: increasing speed capabilities and anaerobic capabilities (a) and increasing aerobic and anaerobic capabilities (b)

Consequently, the fatigue that occurs as a result of training sessions of various directions is strictly specific for each session.

Classes of selective orientation with heavy loads cause a sharp inhibition of those qualities and abilities that ensure the implementation of training programs. At the same time, an athlete is able to show high performance in activities provided mainly by other systems. This pattern is clearly manifested not only in relation to activities that solve the problems of physical training, but also to activities related to solving the problems of all other aspects of the training of athletes.

3. The aftereffect of two classes of the same direction with heavy loads, carried out with an interval of 24 hours

Repeated exercise with a heavy load aggravates fatigue without changing its nature. The performance of an athlete during the implementation of the program of the second lesson is significantly reduced: with the same external indicators of fatigue, he is usually not able to perform more than 75-80% of the work proposed the day before.

Considering these data, it is necessary to carefully plan two sessions of the same direction with heavy loads in a microcycle in a row, only when preparing qualified and well-trained athletes, and only when the task is to increase endurance.

Classes aimed at studying new motor actions, improving technique, increasing speed or coordination abilities, it is not advisable to plan in a row, because in this case, it is not possible to comply with the methodological provisions underlying the development of these qualities and the improvement of these aspects of preparedness.

4. The aftereffect of two and three classes of various predominant directions, held with an interval of 24 hours

The aftereffect of two classes of different predominant orientation with heavy loads, carried out with an interval of 24 hours

The total impact on the body of athletes of two or three classes with heavy loads of various predominant directions, carried out with an interval of 24 hours, is fundamentally different from the effect of classes that are identical in their focus. For example, after a lesson aimed at increasing speed abilities, they will be significantly inhibited, at the same time, aerobic capabilities, which took the smallest part in the work of such an orientation, will return to the pre-working level in a few hours and therefore it is possible to conduct the next lesson with an aerobic orientation . The speed possibilities after the second lesson will be restored by the next lesson.

One of the possible options for combining classes with large loads of various directions in the microcycle. Fatigue after three classes of various directions is much more pronounced, because. three multidirectional classes practically affect all areas of the athlete's special performance. A day after the third session, the level of all the main indicators of the special performance of athletes is significantly lower than the initial one. The degree of this decrease is determined by the nature of the alternation of classes. Naturally, that side of working capacity, the improvement of which was aimed at the last lesson, turns out to be the most oppressed.

The aftereffect of three classes, of different predominant orientation, held with an interval of 24 hours

Classes with small and medium loads are an effective factor in managing the recovery process after classes with large loads. Conducting classes with medium or low loads after selective classes with high loads can: 1) exacerbate existing fatigue; 2) not noticeably affect the nature of the course of recovery processes; 3) contribute to the intensification of recovery, which is observed in the event that in additional classes with medium or low loads, work of a fundamentally different direction is performed and the main load falls on other functional systems. Carrying out in the phase of significant fatigue after classes with heavy loads of additional classes of the same direction with medium loads exacerbates the fatigue caused by a heavy load, without changing its nature.