3. State the possible respiratory parameters can be inferred from the spirogram obtained. According to the table shown a

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3. State the possible respiratory parameters can be inferred from the spirogram obtained. According to the table shown a

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3 State The Possible Respiratory Parameters Can Be Inferred From The Spirogram Obtained According To The Table Shown A 1
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3. State the possible respiratory parameters can be inferred from the spirogram obtained. According to the table shown above, there are normal breathing's breathing rate, calculation, reading and deep breathing 20 seconds respiration records after 2 minutes of intensive exercise. There, we have inferred some possible respiratory parameters. Firstly, inspiratory capacity and functional residual capacity can be inferred. Inspiratory capacity is the total of inspiratory reserve volume and tidal volume. Inspiratory capacity means the maximum amount of air which can be inhaled after expiration. The functional residual capacity is the remaining amount of air in lungs after normal exhalation. Functional residual capacity is the total expiratory reserve volume and residual volume. (Hough, A) inspiratory capacity 2500+ Functional residual capacity Vital capacity Total lung capacity VC-tidal volume + inspiratory reserve volume + expiratory reserve volume Hough, A. Physiotherapy in Respiratory Care; An evidence-based approach to respiratory and cardiac management. 3rd eds. United Kingdom: Nelson Thomes Ltd, 2001 p.69
Ш Subject 2 data: Volume (Litre) 19.000 18.500- 18.000- 17.500 17.000 16.500- 16.000 ми ми 15.500 15.000 14.500- 14.000 00:00.0 Т Normal Breathing 00:15.0 00:30.0 Time count -30-2234-2122- 00:45.0 трийка 01:00.0
SEX12214-Human Halogy Volume (Litre) 19.000 18.500 18.000 17.500- 17.000 16.500 16.000 15.500 15.000 14.500 14.000- wwwww 00:00.0 Volume (Litre) 1 extraction and Ansigt Normal & Deep Breathing 00:15.0 00:30.0 Time (mm:ss) 00:45.0 Exercise 01:00.0 distribution
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