Mike is a healthy man who exercises daily today we attempt...

Mike is a healthy man who exercises daily. Today, we attempt to monitor his blood pH. Before exercising, his pH was 7.41. During exercise, his pH was found to be7.31. At the end of exercise, his pH was found to be 7.38. The pH at the end of the exercise wasbecause of the actions ofin his blood

Homeostasis: Respiratory & Blood pH Experiment: A person quickly runs up and down a set of stairs for 20 minutes. Their breathing rate is significantly increased during this time. Lots of ATP energy is needed for this activity which means lots of cellular respiration. 1. What waste gas product is accumulating in the bloodstream during the time of the exercise? CO2 2. What happens to the pH of the blood because of this? Decrease -> more acidic 3. For normal functioning, blood pH can only range from 7.35 to 7.45. What changes will you see in your body as you exercise vigorously for those 20 minutes? What other body systems are involved? 4. What is the stimulus for this feedback mechanism? 5. Name the effector for this feedback mechanism? 6. Would this be a negative or positive feedback mechanism? Why? 7. When does the feedback loop stop in this exercise example?

Alexander B.

Question

Mike is a healthy man who exercises daily. Today, we attempt to monitor his blood pH. Before exercising, his pH was 7.41. During exercise, his pH was found to be7.31. At the end of exercise, his pH was found to be 7.38. The pH at the end of the exercise wasbecause of the actions ofin his blood

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