Exercise Prescription
Exercise in Hot and Cold
Exercise at Altitude
Body Composition Measurements
Nutrition Basics
100

Adults should complete at least this many minutes of moderate-intensity physical activity per week to achieve substantial health benefits.

150 minutes

100

Heat cramps should be treated with 

Rapid sodium replenishment 

100

During acute altitude exposure, the cardiac output increases due to...

Increased heart rate

100

For men, a body fat percentage at or above this level falls into the obese classification. 

25%

100

This condition involves three components: disordered eating, loss of the menstrual cycle (amenorrhea), and decreased bone mineral density.

 Female Athlete Triad

200

These six components make up the FITT-VP principle used to develop an individualized exercise prescription.

frequency, intensity, time, type, volume, and progression

200

Muscle contractile forces decrease in what climate

Cold 

200

The percentage that VO2 drops for every 1000 m ascent above 1500

10%

200

This body composition assessment uses air displacement plethysmography inside a sealed chamber to measure body volume and calculate body density.

Bod Pod

200

This is the most abundant mineral in the human body.

Calcium 

300

For aerobic exercise, intensity should be at least this percentage of VO₂ max

50–60%

300

During prolonged exercise in the heat, the variable that increases due to dehydration is..

Heart Rate 

300

Increased pulmonary ventilation during acute altitude exposure is stimulated by 

Chemoreceptors

300

This body composition assessment method estimates body fat by measuring how easily electrical current travels through body tissues.

Bioelectrical impedance analysis (BIA)

300

This category of amino acids can be synthesized by the body and does not need to be obtained exclusively through the diet.

Nonessential amino acids

400

This method calculates training heart rate by adding resting heart rate to a percentage of heart rate reserve (HRmax − HRrest).

Karvonen Method

400

Fluid and salt loss from blood to skin,
accompanied by fatigue, nausea, vomiting & fainting 

Heat Exhaustion 

400

This measurement increases with heat acclimatization, indicating that working muscles extract more oxygen from the blood.

Arteriovenous oxygen difference (a-v)O₂

400

This component makes up approximately 70–85% of total body mass, includes skeletal muscle, bones, organs, and fluids, and is a primary determinant of BMR.

 Lean Body Mass

400

This is the approximate number of kilocalories in 1 pound of body fat.

3,500 kcal

500

ACSM recommends this range of MET-minutes per week for overall physical activity volume.

500–1,000 MET-minutes

500

More dilute sweating during heat acclimation helps prevent excessive loss of this important electrolyte.

Sodium 

500

This type of exercise is most negatively affected by altitude due to decreased oxygen availability and reduced VO₂ max.

Aerobic exercise

500

Skinfold measurements use the assumption that approximately this percentage of total body fat is stored as subcutaneous fat.

50%

500

This percentage of total daily calories should come from carbohydrates according to the Acceptable Macronutrient Distribution Range (AMDR).

45–65%