PE Energy systems

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Across
  1. 3. Oxygen consumption above resting levels used to restore homeostasis
  2. 6. Recovery method in which the participant engages in 0 to little physical activity
  3. 7. Primary physiological cause of performance decline in high-intensity work
  4. 8. Exercise variable interacting with intensity to influence recovery demands
  5. 11. Fuel whose depletion limits sustained high-intensity exercise
  6. 12. Inability to maintain maximal force or power output
  7. 13. Condition where oxygen uptake fails to meet aerobic energy demand
  8. 15. Reduction in substrate availability contributing to fatigue
  9. 16. Energy system supplying maximal intensity work from the start of exercise
  10. 17. Fluid loss reducing blood delivery to working muscles causing fatigue
Down
  1. 1. Heat-management process diverting blood from active muscles
  2. 2. Descriptor of energy systems that do not require Oxeygen
  3. 4. High-energy compound restored during the fast phase of recovery
  4. 5. Restoration of ATP by energy systems
  5. 9. Equilibrium where oxygen supply matches oxygen demand
  6. 10. Process responsible for hydrogen ion removal during recovery
  7. 14. Primary determinant of oxygen deficit size and anaerobic contribution