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1234 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 15. 16. 14. DL ERV VT IRV RV TLC VC IC FRC MVV FVC PEFR FEF200-1200 FEVI FEF25%-75% FEV₁/FVC E F A. Volume inspired with a normal breath B. Greatest amount of air you can breathe in 12 to 15 seconds C. Largest amount of air the lungs can hold D. Fastest flow rate generated at the very beginning of forced exhalation E. Milliliters of gas the lung can transfer to the blood F. Amount of air you can exhale after a maximum inspiration G. Ratio of volume exhaled in 1 second to total volume exhaled H. Average expiratory flow during the early part of forced exhalation I. Amount of air you can inhale after a normal exhalation J. Amount of air you can inhale after a normal inspiration K. Air left in the lungs after a maximum exhalation L. Air left in the lungs after a normal exhalation M. Amount of air you can forcefully exhale after a maximum inspiration N. Average expiratory flow during the middle part of forced exhalation O.Volume of air you can forcefully exhale in 1 second P. Amount of air you can exhale after a normal exhalation C B

1234 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 15. 16. 14. DL ERV VT IRV RV TLC VC IC FRC MVV FVC PEFR FEF200-1200 FEVI FEF25%-75% FEV₁/FVC E F A. Volume inspired with a normal breath B. Greatest amount of air you can breathe in 12 to 15 seconds C. Largest amount of air the lungs can hold D. Fastest flow rate generated at the very beginning of forced exhalation E. Milliliters of gas the lung can transfer to the blood F. Amount of air you can exhale after a maximum inspiration G. Ratio of volume exhaled in 1 second to total volume exhaled H. Average expiratory flow during the early part of forced exhalation I. Amount of air you can inhale after a normal exhalation J. Amount of air you can inhale after a normal inspiration K. Air left in the lungs after a maximum exhalation L. Air left in the lungs after a normal exhalation M. Amount of air you can forcefully exhale after a maximum inspiration N. Average expiratory flow during the middle part of forced exhalation O.Volume of air you can forcefully exhale in 1 second P. Amount of air you can exhale after a normal exhalation C B

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**RES 221 Cardiopulmonary Diagnostics** **PFT (Pulmonary Function Test)** 1. ___ Dl 2. ___ ERV 3. ___ Vt 4. ___ IRV 5. ___ RV 6. ___ TLC 7. ___ VC 8. ___ IC 9. ___ FRC 10. ___ MVV 11. ___ FVC 12. ___ PEFR 13. ___ FEF200-1200 14. ___ FEV₁ 15. ___ FEF₂₅%-₇₅% 16. ___ FEV₁/FVC **Definitions:** A. Volume inspired with a normal breath B. Greatest amount of air you can breathe in 12 to 15 seconds C. Largest amount of air the lungs can hold D. Fastest flow rate generated at the very beginning of forced exhalation E. Milliliters of gas the lung can transfer to the blood F. Amount of air you can exhale after a maximum inspiration G. Ratio of volume exhaled in 1 second to total volume exhaled H. Average expiratory flow during the early part of forced exhalation I. Amount of air you can inhale after a normal exhalation J. Amount of air you can inhale after a normal inspiration K. Air left in the lungs after a maximum exhalation L. Air left in the lungs after a normal exhalation M. Amount of air you can forcefully exhale after a maximum inspiration N. Average expiratory flow during the middle part of forced exhalation O. Volume of air you can forcefully exhale in 1 second P. Amount of air you can exhale after a normal exhalation **Diagram Explanation:** The diagram consists of a rectangle divided into eight sections labeled A to H in different arrangements. This illustrates various pulmonary volumes and capacities, each potentially corresponding to one of the test components listed above. - Section A and H are small rectangles. - Section B is a tall rectangle on the right. - Section C is above D, creating a combined column with F. - Sections E, F, G are smaller and to the left, below E. - Section D forms the center block with C above it. This layout may represent different lung capacity measurements, capturing aspects such as residual volume, tidal volume, and more.
Transcribed Image Text:**RES 221 Cardiopulmonary Diagnostics** **PFT (Pulmonary Function Test)** 1. ___ Dl 2. ___ ERV 3. ___ Vt 4. ___ IRV 5. ___ RV 6. ___ TLC 7. ___ VC 8. ___ IC 9. ___ FRC 10. ___ MVV 11. ___ FVC 12. ___ PEFR 13. ___ FEF200-1200 14. ___ FEV₁ 15. ___ FEF₂₅%-₇₅% 16. ___ FEV₁/FVC **Definitions:** A. Volume inspired with a normal breath B. Greatest amount of air you can breathe in 12 to 15 seconds C. Largest amount of air the lungs can hold D. Fastest flow rate generated at the very beginning of forced exhalation E. Milliliters of gas the lung can transfer to the blood F. Amount of air you can exhale after a maximum inspiration G. Ratio of volume exhaled in 1 second to total volume exhaled H. Average expiratory flow during the early part of forced exhalation I. Amount of air you can inhale after a normal exhalation J. Amount of air you can inhale after a normal inspiration K. Air left in the lungs after a maximum exhalation L. Air left in the lungs after a normal exhalation M. Amount of air you can forcefully exhale after a maximum inspiration N. Average expiratory flow during the middle part of forced exhalation O. Volume of air you can forcefully exhale in 1 second P. Amount of air you can exhale after a normal exhalation **Diagram Explanation:** The diagram consists of a rectangle divided into eight sections labeled A to H in different arrangements. This illustrates various pulmonary volumes and capacities, each potentially corresponding to one of the test components listed above. - Section A and H are small rectangles. - Section B is a tall rectangle on the right. - Section C is above D, creating a combined column with F. - Sections E, F, G are smaller and to the left, below E. - Section D forms the center block with C above it. This layout may represent different lung capacity measurements, capturing aspects such as residual volume, tidal volume, and more.
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