Question

question 3 (1 point) √ saved
an athletes kcal intake is appropriate if he or she
maintains a low percentage of body fat.
consumes at least 1800 kcal per day.
maintains a competitive and healthy weight.
does not experience hunger between workouts.
question 4 (1 point) √ saved
many individuals whose fatness deviates from the usual are comfortable with their size and appearance. others may experience discontent or anxiety enough to result in psychological disorders. these disorders may include:
anorexia nervosa, pellagra, and binge eating disorder
anorexia nervosa, bulimia nervosa, and skin cancer
anorexia nervosa, food poisoning, and bulimia nervosa
anorexia nervosa, bulimia nervosa, and binge eating disorder
question 5 (1 point) √ saved
using a mild electric charge to estimate lean body mass in order to determine body fat composition is called:
hyperplasia
densitometry
skinfold thickness measurement
bioelectric impedance analysis

Explanation:

• Question 3: An appropriate kcal intake for an athlete allows them to maintain a competitive and healthy weight. Body - fat percentage is not the sole determinant, 1800 kcal is not a universal standard for athletes, and lack of hunger between workouts is not the best measure of appropriate intake.
• Question 4: Anorexia nervosa, bulimia nervosa, and binge eating disorder are psychological disorders related to body - image and eating behavior. Pellagra is a nutritional deficiency disease, skin cancer is a type of cancer not related to eating disorders, and food poisoning is an acute illness from consuming contaminated food.
• Question 5: Bioelectric impedance analysis uses a mild electric charge to estimate lean body mass for body - fat composition determination. Hyperplasia is an increase in cell number, densitometry measures density, and skinfold thickness measurement uses calipers to measure skinfold thickness.

Answer:

• Question 3: maintains a competitive and healthy weight.
• Question 4: Anorexia nervosa, bulimia nervosa, and binge eating disorder
• Question 5: Bioelectric impedance analysis