Principles of training Flashcards
What is the principles of training
The PRINCIPLES of training are those rules which govern the outcomes to a training program.
What is specificity of training and its role in a training program?
- Specificity is the process of replicating the characteristics of physical activity in training to ensure it benefits performance.
- Specificity of training is the main training principle that guides the development of your training program.
What has to be done in specificity of training?
- A training program must stress the physiological systems (fitness components, energy systems and body parts) to achieve specific training adaptations (changes or improvements).
- The use of relevant energy systems, muscle groups, movement patterns/skills should be specific (relevant) to the sport.
What has to be done for your training program to be a success?
- For your training program to be a success you must apply the specificity principle by selecting specific training methods that will develop the specific fitness you need.
- Within each training method you must choose specific exercises that will develop the specific body-part fitness that you need.
What is progressive overload?
- Progressive overload or the overload principle governs all fitness training.
- If you want to improve, you must exercise at an intensity greater than your existing capacity, and this intensity must move towards your performance objective.
- If the training load exceeds the load to which the body is accustomed, the body will adapt physiologically so that a higher load is required for further improvement.
What is the frequency of training?
The frequency of training relates to the number of training sessions per week; thus, it relates to how often we train.
What is training improvements?
Training improvements are the summation of biological adaptations induced by the stress of regular exercise.
Relationship between frequency of training and fitness improvement.
Generally, the more frequent the training, the greater the fitness improvement, although all programs must include rest days to allow the body to recover.
What are the training frequency thresholds for fitness improvement, fitness maintenance and fitness development?
- For fitness to improve, the minimum number of sessions per week is three.
- However, fitness can be maintained in two sessions, or possibly one session, per week.
- Therefore, if you wish to develop a fitness component, you must train at least three times a week; if you wish to maintain a fitness component, you must train twice a week.
Training frequency to improve aerobic capacity
To improve aerobic capacity, the ideal training frequency should be 4–5 days per week, although runners, swimmers and triathletes may need to increase this to 6–7 days per week.
Is repeated training in a day more effective?
Training for two sessions per day is not necessarily more productive than training for only one session per day.
Frequency of training with aim of improving strength, power and speed (anaerobic components)
To improve strength, power and speed (anaerobic components) requires less frequent training, with the ideal being 3–5 days per week.
What is training intensity and how important is it?
- Training intensity refers to how hard each session will be.
- It has been described as the most important training variable and should be carefully monitored to ensure that training is effective, and that the athlete is working at the appropriate levels to gain fitness benefits.
What determines the initial intensity and rate of overload of training?
depend on your beginning fitness, as identified in the pre-tests, and the long-term goals of the program
What are some factors that indicate intensity/ ways of calculating?
Several different methods are listed below:
- Energy expended per unit time, e.g., 37.8 kJ/min
- Percentage of VO2max (e.g., 85% VO2max)
- Exercise heart rate, often called target heart rate (THR) or target training zone, is a percentage of maximum heart rate (MHR) (e.g., 80% maximum heart rate)
- Rate of perceived exertion (RPE) developed by Borg
- Most accurate: oxygen consumption and blood lactate levels (but requires expensive equipment: used for elite athletes).