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Training Principles
Principles of Training - 12 HMS_FA2_CQ2_DP2
| Question | Answer |
|---|---|
| What is the core concept of the 'Progressive Overload' principle? | To produce long-term adaptations, the workload must be increased as the body adjusts to the current stress. |
| How is Progressive Overload applied to aerobic training? | By increasing the duration of a run, the distance covered, or decreasing the time taken to complete a set distance (intensity). |
| How is Progressive Overload applied to resistance training? | By increasing the weight (load), increasing repetitions/sets, or decreasing the rest periods between sets. |
| Define the principle of 'Specificity'. | Physiological adaptations are specific to the energy systems, muscle groups, and movement patterns stressed during training. |
| Give an example of 'Specificity' for a marathon runner. | Training should focus on the aerobic energy system, slow-twitch muscle fibers, and the specific movement of running rather than cycling. |
| What does the principle of 'Reversibility' state? | If training stops or intensity is significantly reduced, the physiological adaptations gained will be lost (the "use it or lose it" rule). |
| How long does it usually take for aerobic reversibility to begin? | Significant losses in aerobic capacity (VO2 Max) can begin in as little as 2 to 4 weeks of inactivity. |
| What is the 'Variety' principle in training? | Using different exercises, settings, and methods to maintain athlete motivation and prevent mental/physical burnout. |
| Why is 'Variety' important for elite athletes? | It prevents training plateaus and helps maintain psychological engagement during long, repetitive competitive seasons. |
| Define 'Training Thresholds'. | The specific levels of exercise intensity required to trigger physiological adaptations in the body. |
| What is the 'Aerobic Threshold'? | The lowest intensity at which an aerobic training effect occurs, typically around 60-70% of Maximum Heart Rate (MHR). |
| What is the 'Anaerobic Threshold' (Lactate Threshold/Onset of Blood Lactate Accumulation - OBLA)? | The intensity where lactic acid begins to accumulate in the blood faster than it can be removed, usually around 80-90% MHR. |
| Explain the 'Warm Up' principle. | A period of low-intensity activity before training to increase blood flow, muscle temperature, and joint mobility to prevent injury. |
| Explain the 'Cool Down' principle. | A period of low-intensity activity after training to help clear lactic acid and return the body to a resting state. |
| How do you evaluate the application of 'Specificity' to a netballer's strength program? | Ensure exercises mimic netball movements (e.g., squat jumps for rebounding) rather than just general machine-based movements. |
| What happens if an athlete exceeds the 'Anaerobic Threshold' for too long? | Fatigue occurs rapidly due to high levels of hydrogen ions and lactic acid, forcing the athlete to slow down. |
| How does 'Reversibility' differ between strength and aerobic training? | Strength gains usually take longer to lose than aerobic endurance, though both are subject to the principle. |
| Evaluate the role of 'Rest and Recovery' in training. | It is the period when the body actually repairs tissues and strengthens; without it, overtraining and injury occur. |
| What is the 'FITT' principle used for? | It is a tool used to plan and evaluate the application of training principles (Frequency, Intensity, Time, Type). |
| How would you evaluate a training program that lacks 'Variety'? | It may lead to a 'plateau' in performance where the body no longer adapts, or the athlete suffers from boredom and drops out. |
| What is a mnemonic to help remember the six principles of training? | V.P.S.R.T.W. (Vicious People Should Really Train Weekly) V – Variety P – Progressive Overload S – Specificity R – Reversibility T – Training Thresholds W – Warm Up / Cool Down |