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139. Both respiratory rate and tidal volume increase during exercise. Group the descriptions correctly. A Increasing tidal volume (B) Increasing respiratory rate Occurs first during exercise A square B Occurs second during exercise OAOB Volume of air taken into the lung A square B Number of breaths per minute A square B

Question

139. Both respiratory rate and tidal volume increase during exercise. Group the
descriptions correctly.
A Increasing tidal volume
(B) Increasing respiratory rate
Occurs first during exercise
A square  B
Occurs second during exercise
OAOB
Volume of air taken into the lung
A square  B
Number of breaths per minute
A square  B

139. Both respiratory rate and tidal volume increase during exercise. Group the descriptions correctly. A Increasing tidal volume (B) Increasing respiratory rate Occurs first during exercise A square B Occurs second during exercise OAOB Volume of air taken into the lung A square B Number of breaths per minute A square B

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AudreyElite · Tutor for 8 years

Answer

<p> <br />Occurs first during exercise: A<br /><br />Occurs second during exercise: B <br /><br />Volume of air taken into the lung: A <br /><br />Number of breaths per minute: B </p>

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<p> The question is regarding the human physiological process that happens during exercise, specifically two phenomena which are the increase in respiratory rate and tidal volume.<br /><br />1. "Respiratory rate": This is a biological term that refers to the number of breaths a person takes per minute. It naturally increases during physical exercise to meet the body's increased oxygen demands. <br /><br />2. "Tidal volume" refers to the volume of air that enters and exits the lungs with each breath. This also increases during exercise as heavier and faster breathing requires more air volume per breath.<br /><br />Regarding the question, it seems that there is a consensus that increasing tidal volume (A) occurs first during exercise. This makes sense as initially, more oxygen is needed in the body, and thus, the body adapts by inhaling and exhaling deeper for more oxygen intake.<br /><br />On the other hand, an increase in respiratory rate (B) generally occurs as a secondary reaction to sustained exercise—a point where simply increasing the volume per breath won't meet the body's rising need for oxygen.<br /><br />Based on these points, we can hence populate the answers to the statements supplied. <br /></p>
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