Choose to discuss either acute or chronic adaptations to the circulatory and respiratory systems. For ease of discussion, include your choice in the thread title. Include a brief introduction on the role of these systems (circulatory and respiratory) during exercise. Identify the following variables and how they change (either with acute exercise or long-term training). You can show this however you like, but a table or chart may be useful. Cardiovascular: Heart Rate, Stroke Volume, Cardiac Output, Blood Pressure Respiratory: Tidal Volume, Minute Ventilation, Breathing Frequency Explain why it makes sense that these variables change/adapt as they do. What would happen if they did not adapt? Be sure to include reputable resources to back up the information you share. For follow-up posts, be sure to engage with at minimum one post covering each topic (acute or chronic exercise).

Choose to discuss either acute or chronic adaptations to the circulatory and respiratory systems. For ease of discussion, include your choice in the thread title. Include a brief introduction on the role of these systems (circulatory and respiratory) during exercise. Identify the following variables and how they change (either with acute exercise or long-term training). You can show this however you like, but a table or chart may be useful. Cardiovascular: Heart Rate, Stroke Volume, Cardiac Output, Blood Pressure Respiratory: Tidal Volume, Minute Ventilation, Breathing Frequency Explain why it makes sense that these variables change/adapt as they do. What would happen if they did not adapt? Be sure to include reputable resources to back up the information you share. For follow-up posts, be sure to engage with at minimum one post covering each topic (acute or chronic exercise).

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