Males: VC (0.052 x H) (0.022 x A) 3.6 Females: VC (0.041 x H) (0.018 x A)-2.69 7. Calculate the percent deviation of observed FVC (seated) and record in Table 3: FVC- Predicted VC %Ws x100 Answer the following questions: fil what was the %VC of predicted VC for your subject? Was it within the 10% margin of error? Explain why or why not for your particular subject. Q- For the restrictive breathing cycle, did this successfully mimic a restrictive lung disease? Did the obstructive breathing cycle mimic an obstructive lung disease? Answer based on the measured and calculated respiratory terms. From Section 13.2 of your textbook, list one example of each disease and explain how it has its effect on ventilation to be classified this way What are the components of the neural pathway when arterial blood pH decreases? Refer to Section 13.7 of your textbook. Which of the measured and calculated respiratory terms would be affected by a decrease in arterial blood pH? What is one way in which arterial blood ph would decrease naturally in the body?
Show transcribed image textMales: VC (0.052 x H) (0.022 x A) 3.6 Females: VC (0.041 x H) (0.018 x A)-2.69 7. Calculate the percent deviation of observed FVC (seated) and record in Table 3: FVC- Predicted VC %Ws x100 Answer the following questions: fil what was the %VC of predicted VC for your subject? Was it within the 10% margin of error? Explain why or why not for your particular subject. Q- For the restrictive breathing cycle, did this successfully mimic a restrictive lung disease? Did the obstructive breathing cycle mimic an obstructive lung disease? Answer based on the measured and calculated respiratory terms. From Section 13.2 of your textbook, list one example of each disease and explain how it has its effect on ventilation to be classified this way What are the components of the neural pathway when arterial blood pH decreases? Refer to Section 13.7 of your textbook. Which of the measured and calculated respiratory terms would be affected by a decrease in arterial blood pH? What is one way in which arterial blood ph would decrease naturally in the body?
