The eight training principles are guidelines based on research that can help speed up the training progress and optimize results. Know how to apply these principles gives you an educated basis on which you can make informed decisions about the design of fitness training program or sport. The principles can also help to assess the merits of fitness equipment and personal training services.
All the principles are complementary. For best results, they should be applied together at each stage of training.
1. principle of specificity suggests that your body will make adjustments based on the type of training you are running and the same muscles you exercise. As you exercise you determine what you get.
This guiding principle in the design of your fitness workout program. If your goal is to improve the level of overall fitness, you should develop a well-rounded program that builds both strength and overall strength of the body. If you want to build the size of your biceps, you must earn weight loads on bicep curls and related exercises.
2. The principle of overload implies that the training loads that your body needs to increase continually adapts over time. Because your body builds and adapts to your current training system, it is necessary to increase gradually and systematically workload for continuous improvement.
A directive generally accepted for weight training is to increase no more than 10% strength by week. You can also use percentages of the estimated maximum level of performance and work in a target practice area equal to about 60-85% of maximum and maximum. As your maximum efficiency improves, the training loads will increase, as well.
3. The principle of the recovery of assets you should get adequate rest between workouts to recover. How much rest you need depends on your training program, your fitness level, diet and other factors.
In general, if you run a total workout of body weight three times a week, resting at least 48 hours between sessions. You can do cardio more often and in the days of the week.
Over time, too little recovery may lead to signs of overtraining. Excessively long recovery periods may cause detraining effect.
4. The principle of reversibility refers to the fitness resulting loss after stopping training. Over time, it will return to its pre-training condition. The biological principle of use and disuse on the basis of this principle. That is, if you do not use, you lose.
Although an adequate recovery time is essential, taking long breaks causes effects that may be evident in a few weeks detraining. significant levels of fitness are lost for longer periods. Only about 10% of the resistance is lost eight weeks after cessation of training, but 30 to 40% of the strength lost in the same period of time.
The principle of reversibility is not the jurisdiction. The effects of stopping the practice of motor skills, such as training exercises with weights and sports skills, are very different. Coordination appears to store the long-term engine and is almost perfect for decades. A skill once learned is never forgotten.
5. The principle of change implies that you have to constantly change aspects of your workout. changes in training should always be within the ranges that are aligned with the directions of education and goals. Vary the exercises, sets, reps, intensity, volume and duration, for example, avoids the boredom and promotes more consistent improvement over time. A well-planned training program implemented in phases offers a complete range for training, and also prevents overtraining.
6. The principle of the transfer suggests that training activities that will improve the performance of other skills with common elements, such as sports skills, work activities, or other exercises. For example, by conducting explosive squats can improve vertical jump because of their common movement characteristics. But lifting the dead did not would transfer well to marathon swimming due to their very different quality of movement.
7. The principle of individualization suggests that fitness training programs must be adjusted to personal differences, such as the ability, expertise, gender, experience, motivation, past injuries, and physical condition. Although the general principles and best practices are good guides, unique qualities of each person must be part of the exercise to the equation. There is no one size training program.
8. The principle of balance is a broad concept that operates at different levels of healthy life. He suggests that you need to maintain good combination of exercise, diet and healthy behaviors. Fall out of balance can cause a variety of conditions (eg, anemia, obesity) that affect the health and physical condition. In short, it is suggested that all things in moderation.
If you go to extremes to lose weight or build fitness too fast, your body will respond quickly. You may have symptoms of overtraining, reaching a balance of health education that works for you.
For fitness training, balance also applies to muscles. If the opposing muscles (eg hamstrings and quadriceps of thighs) are not reinforced in the right proportions, injuries may result. muscle imbalances also contribute to tendonitis and postural deviations.
Keep these eight principles of training in mind as you design and build your fitness training program. They can help you make informed decisions in the exercise so that you can achieve your goals faster with less wasted effort.
Dr. Denise K. Wood is a consultant and training of educators and sports fitness Knoxville, TN. She is the creator of [http://www.womens-weight-training-programs.com]
Dr. Wood is an inspiring motivator with a wide range of technical training tools on the basis of science and delivered to accelerate the learning curve. It has formed a wide range of customers, from beginners with special needs to Olympus. Its mission: to teach sound principles, inspire actions that change your life.
Dr. Wood is a former athletics champion with extensive international experience. She has been mentor and world-class weightlifters a former Soviet coach. As a graduate assistant at the University of Tennessee during the peak years of his sporting career, he has trained many top athletes in field events training and strength. He has held numerous positions in national development and with the US Olympic track and field.
As a career as an educator, Dr. Wood was recognized for his work as a professor in exercise science and research / statistics. His experience with clients in physical therapy, the areas of health and fitness business sector has expanded his knowledge of human performance.
Dr. Wood received his B.A. from Montclair State University Health and Physical Education with the licensure of teachers, and both his M.S. and Ed.D. Science in Sport at the University of Tennessee. His areas of concentration were motor learning, social and psychological aspects of sport and research design and statistical analysis. Thesis subject: the effect of two free weight training programs on closed motor skills selected. And "professional member of the American College of Sports Medicine, the National Strength and Conditioning Association, the American Society for the Psychology of Sport and Physical Activity, and the American Society for Training and Development.
All the principles are complementary. For best results, they should be applied together at each stage of training.
1. principle of specificity suggests that your body will make adjustments based on the type of training you are running and the same muscles you exercise. As you exercise you determine what you get.
This guiding principle in the design of your fitness workout program. If your goal is to improve the level of overall fitness, you should develop a well-rounded program that builds both strength and overall strength of the body. If you want to build the size of your biceps, you must earn weight loads on bicep curls and related exercises.
2. The principle of overload implies that the training loads that your body needs to increase continually adapts over time. Because your body builds and adapts to your current training system, it is necessary to increase gradually and systematically workload for continuous improvement.
A directive generally accepted for weight training is to increase no more than 10% strength by week. You can also use percentages of the estimated maximum level of performance and work in a target practice area equal to about 60-85% of maximum and maximum. As your maximum efficiency improves, the training loads will increase, as well.
3. The principle of the recovery of assets you should get adequate rest between workouts to recover. How much rest you need depends on your training program, your fitness level, diet and other factors.
In general, if you run a total workout of body weight three times a week, resting at least 48 hours between sessions. You can do cardio more often and in the days of the week.
Over time, too little recovery may lead to signs of overtraining. Excessively long recovery periods may cause detraining effect.
4. The principle of reversibility refers to the fitness resulting loss after stopping training. Over time, it will return to its pre-training condition. The biological principle of use and disuse on the basis of this principle. That is, if you do not use, you lose.
Although an adequate recovery time is essential, taking long breaks causes effects that may be evident in a few weeks detraining. significant levels of fitness are lost for longer periods. Only about 10% of the resistance is lost eight weeks after cessation of training, but 30 to 40% of the strength lost in the same period of time.
The principle of reversibility is not the jurisdiction. The effects of stopping the practice of motor skills, such as training exercises with weights and sports skills, are very different. Coordination appears to store the long-term engine and is almost perfect for decades. A skill once learned is never forgotten.
5. The principle of change implies that you have to constantly change aspects of your workout. changes in training should always be within the ranges that are aligned with the directions of education and goals. Vary the exercises, sets, reps, intensity, volume and duration, for example, avoids the boredom and promotes more consistent improvement over time. A well-planned training program implemented in phases offers a complete range for training, and also prevents overtraining.
6. The principle of the transfer suggests that training activities that will improve the performance of other skills with common elements, such as sports skills, work activities, or other exercises. For example, by conducting explosive squats can improve vertical jump because of their common movement characteristics. But lifting the dead did not would transfer well to marathon swimming due to their very different quality of movement.
7. The principle of individualization suggests that fitness training programs must be adjusted to personal differences, such as the ability, expertise, gender, experience, motivation, past injuries, and physical condition. Although the general principles and best practices are good guides, unique qualities of each person must be part of the exercise to the equation. There is no one size training program.
8. The principle of balance is a broad concept that operates at different levels of healthy life. He suggests that you need to maintain good combination of exercise, diet and healthy behaviors. Fall out of balance can cause a variety of conditions (eg, anemia, obesity) that affect the health and physical condition. In short, it is suggested that all things in moderation.
If you go to extremes to lose weight or build fitness too fast, your body will respond quickly. You may have symptoms of overtraining, reaching a balance of health education that works for you.
For fitness training, balance also applies to muscles. If the opposing muscles (eg hamstrings and quadriceps of thighs) are not reinforced in the right proportions, injuries may result. muscle imbalances also contribute to tendonitis and postural deviations.
Keep these eight principles of training in mind as you design and build your fitness training program. They can help you make informed decisions in the exercise so that you can achieve your goals faster with less wasted effort.
Dr. Denise K. Wood is a consultant and training of educators and sports fitness Knoxville, TN. She is the creator of [http://www.womens-weight-training-programs.com]
Dr. Wood is an inspiring motivator with a wide range of technical training tools on the basis of science and delivered to accelerate the learning curve. It has formed a wide range of customers, from beginners with special needs to Olympus. Its mission: to teach sound principles, inspire actions that change your life.
Dr. Wood is a former athletics champion with extensive international experience. She has been mentor and world-class weightlifters a former Soviet coach. As a graduate assistant at the University of Tennessee during the peak years of his sporting career, he has trained many top athletes in field events training and strength. He has held numerous positions in national development and with the US Olympic track and field.
As a career as an educator, Dr. Wood was recognized for his work as a professor in exercise science and research / statistics. His experience with clients in physical therapy, the areas of health and fitness business sector has expanded his knowledge of human performance.
Dr. Wood received his B.A. from Montclair State University Health and Physical Education with the licensure of teachers, and both his M.S. and Ed.D. Science in Sport at the University of Tennessee. His areas of concentration were motor learning, social and psychological aspects of sport and research design and statistical analysis. Thesis subject: the effect of two free weight training programs on closed motor skills selected. And "professional member of the American College of Sports Medicine, the National Strength and Conditioning Association, the American Society for the Psychology of Sport and Physical Activity, and the American Society for Training and Development.
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