Define the fatigue in sport.
Describe two potential physiological reasons for fatigue during a maximal push-ups test.
A long-term effect of aerobic training is a rise in hemoglobin levels. Explain how this adaptation would aid a marathon runner.
Explain six structures in a creature cell.
Discuss the relative contributions of the three energy systems for a sprinter during a 100 m dash and a 10 000 m marathon.
Explain the oxygen debt process which occurs during recovery after a 10 000 m marathon.
Using athletic examples, distinguish between peripheral and central fatigue.
Which of the following is a primary cause of fatigue during high-intensity activities?
Which of the following is a primary cause of fatigue during high-intensity, short-duration exercise?
State the position and role of the pituitary gland.
Describe excess post-exercise oxygen consumption (EPOC) and its role during the recovery phase.
Describe how cardiovascular drift takes place.
Explain the chemical control of ventilation during exercise.
Analyze the physiological factors that contribute to peripheral fatigue during long-distance running.
Which of the following best describes peripheral fatigue?
Which of the following methods is most effective for aiding recovery from fatigue after a sports event?
Outline reasons for recovery following a baseball game.
Using Newton’s second law of motion, apply it to the distance travelled by a baseball after being struck.
Outline how the Bernoulli principle affects a baseball in flight.
Outline different types of drag and how to reduce them in swimming.
Which of the following best describes peripheral fatigue?
Which is a physiological cause of peripheral fatigue in high-intensity exercise?
