Fat Burning Applied Techniques 2

Question 1

Which training method uses alternating periods of high-intensity effort and active recovery to maximize fat oxidation post-workout?

Accepted Answer

High-Intensity Interval Training (HIIT)

Answer

HIIT elevates excess post-exercise oxygen consumption (EPOC), which increases fat oxidation for hours after the workout ends.

Question 2

What is the primary fuel source during low-intensity, long-duration aerobic exercise (e.g., walking at 50% VO2max)?

Accepted Answer

Fat (fatty acids)

Answer

At low intensities, fat contributes the majority of fuel because the aerobic system can oxidize fatty acids efficiently without needing rapid ATP production.

Question 3

A client wants to maximize fat loss during cardio. Which fasted-state consideration is MOST supported by research?

Accepted Answer

Fasted cardio increases fat oxidation during the session but total daily fat loss is similar to fed cardio

Answer

Research shows fasted cardio oxidizes more fat during the session, but when total daily intake and expenditure are matched, 24-hour fat balance is similar between fasted and fed conditions.

Question 4

Which resistance training technique is MOST effective for increasing resting metabolic rate and long-term fat loss?

Accepted Answer

Building lean muscle mass through progressive overload

Answer

Adding lean muscle through progressive overload increases resting metabolic rate because muscle tissue is metabolically active and burns more calories at rest.

Question 5

What does 'fat crossover point' refer to in exercise physiology?

Accepted Answer

The exercise intensity at which carbohydrates become the dominant fuel source over fat

Answer

The fat crossover point is the exercise intensity at which carbohydrate oxidation overtakes fat oxidation as the primary energy source.

Fat Burning Practice Test

Fat Burning Practice Test

Fat Burning Applied Techniques 2