Exercise Physiology Concepts
Nutritional Strategies for Performance
Thermoregulation/Fluid Balance
Nutritional Strategies for Power, Strength, and Endurance Athletes
100

What is the main fuel source used during high-intensity exercise?

Carbohydrates

100

What nutrient should endurance athletes prioritize for glycogen storage?

Carbohydrates

100

What is the primary function of sweat during exercise?

Cooling the body

100

What is the recommended protein intake for strength athletes post-workout?

15-25 grams

200

Which energy system supports prolonged, low intensity activity?

Aerobic system

200

Which mineral is critical for oxygen transport in the blood?

Iron

200

What is a symptom of mild dehydration?

Increased heart rate

200

What type of carbohydrates should endurance athletes consume during exercise?

Simple, easily digestible

300

What is VO2 max a measure of?

Maximum oxygen uptake

300

What is carbohydrate loading used for?

Maximizing glycogen stores

300

What force moves water through membranes in the body?

Osmotic pressure

300

How does creatine benefit strength athletes?

Increases energy in short bursts of activity

400

What adaptation occurs in muscles during endurance training?

Increased mitochondria density

400

Which macronutrient aids muscle repair post-exercise?

Protein

400

Which electrolyte is lost most in sweat?

Sodium 

400

What is the ideal nutrient ratio for post-exercise recovery?

4:1 carb to protein

500

What is the primary cause of muscle fatigue during prolonged exercise?

Depletion of glycogen stores

500

What should be the primary focus of pre-exercise meals?

Energy and easy digestion

500

How is sweat rate typically measured?

tracking pre and post-exercise body weight

500

Why should athletes avoid high-fat meals before training?

Difficult to digest and slower energy release