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Because her body fat is 15%, Emma is at risk for female athlete triad. Which of the following statements is FALSE with this condition: She is at risk for an eating disorder She has likely stopped menstruating She is at risk for iron deficiency She is at risk for osteoporosis

Because her body fat is 15%, Emma is at risk for female athlete triad. Which of the following statements is FALSE with this condition: She is at risk for an eating disorder She has likely stopped menstruating She is at risk for iron deficiency She is at risk for osteoporosis

Basic Clinical Lab Competencies for Respiratory Care: An Integrated Approach
Basic Clinical Lab Competencies for Respiratory Care: An Integrated Approach
5th Edition
ISBN:9781285244662
Author:White
Publisher:White
Chapter5: Pulmonary Function Testing
Section: Chapter Questions
Problem 10SEPT
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Emma is a 19-year-old national level elite triathlete, and she trains about 25 hours per week with 5 hours as strength exercises. Her BMI is 20, and her percent body fat is 15%. She eats a varied diet but does not like fruits and vegetables and tends to focus on carbohydrate-rich foods and meat and cheese, but because of her schedule, she eats irregularly and eats out a lot, tending towards sandwiches and wraps.

Because her body fat is 15%, Emma is at risk for female athlete triad. Which of the following statements is FALSE with this condition: She is at risk for an eating disorder She has likely stopped menstruating She is at risk for iron deficiency She is at risk for osteoporosis
Transcribed Image Text:Because her body fat is 15%, Emma is at risk for female athlete triad. Which of the following statements is FALSE with this condition: She is at risk for an eating disorder She has likely stopped menstruating She is at risk for iron deficiency She is at risk for osteoporosis
Emma's athletic status and training regimen suggests her VO2max would likely be: High at approximately 75 mL/kg/min Low at approximately 10 ml/kg/min, which reflects her high cardiorespiratory fitness Efficient at approximately 25 mL/kg/min Not important as VO2max does not reflect cardiorespiratory fitness Moderate at approximately 50 ml/kg/min because she does little resistance exercise
Transcribed Image Text:Emma's athletic status and training regimen suggests her VO2max would likely be: High at approximately 75 mL/kg/min Low at approximately 10 ml/kg/min, which reflects her high cardiorespiratory fitness Efficient at approximately 25 mL/kg/min Not important as VO2max does not reflect cardiorespiratory fitness Moderate at approximately 50 ml/kg/min because she does little resistance exercise
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