What should carbohydrate loading involve?
(A) A high GI diet, followed by a 2–4 day reduction in exercise load
(B) A 2–4 day reduction in exercise load, followed by reduction in carbohydrates
(C) A balanced diet high in carbohydrates, followed by a 2–4 day reduction in exercise load
(D) Carbohydrate depletion, a 2–4 day reduction in exercise load, then an increase in carbohydrates - HSC - SSCE Personal Development and Physical Education - Question 20 - 2010 - Paper 1
Question 20
What should carbohydrate loading involve?
(A) A high GI diet, followed by a 2–4 day reduction in exercise load
(B) A 2–4 day reduction in exercise load, followed b... show full transcript
Worked Solution & Example Answer:What should carbohydrate loading involve?
(A) A high GI diet, followed by a 2–4 day reduction in exercise load
(B) A 2–4 day reduction in exercise load, followed by reduction in carbohydrates
(C) A balanced diet high in carbohydrates, followed by a 2–4 day reduction in exercise load
(D) Carbohydrate depletion, a 2–4 day reduction in exercise load, then an increase in carbohydrates - HSC - SSCE Personal Development and Physical Education - Question 20 - 2010 - Paper 1
Step 1
A balanced diet high in carbohydrates, followed by a 2–4 day reduction in exercise load
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Answer
Carbohydrate loading is primarily aimed at maximizing glycogen stores in preparation for an endurance event. The process typically includes a period of reduced exercise combined with an increase in carbohydrate intake. A balanced diet that emphasizes high carbohydrate content ensures optimal glycogen reserves, which are crucial for sustained energy during prolonged physical activity.
In practice, athletes often follow a strategy where they maintain a high carbohydrate diet leading up to a competition while gradually reducing their exercise load over a span of 2 to 4 days. This approach not only enhances muscle glycogen levels but also allows the body to recover, ensuring peak performance on the day of the event.