Vc irv erv vt - Study guides, Class notes & Summaries

MSF Exam 3 Practice TEST 2023 QUESTIONS AND CORRECT ANSWERS IC = VT + IRV Vd = VT ((paCO2 - PeCO2) / paCO2)) 3548 = VT + 3040 = 508 Vd = 508 ((40-30)/40) Vd = 127 Part 2: VA = (VT - Vd) x f VA = (508 - 127)15 VA = 5715 Part 3: VE = VT x f VE = 508 x 15 VE = 7620 Given a respiration rate of 15 breaths/min, an IRV of 3040 mL, an IC of 3548, a partial pressure of CO2 in inspired air of 30 mmHg, and a partial pressure of CO2 in arterial blood of 40 mmHg - calculate physiologic ...

VC=IRV+VT+ERV correct answers True FRC=RV+IRV correct answers False (ERV) A normal adult will have a TLC of : correct answers 6000ml A patient has the lung volumes listed below: VC:3600ml FRC:6000ml ERV:1000ml what is the patients TLC? correct answers 8600ml FRC is represented by which of the following relationships? correct answers TLC-IC Based on the following lab data, which of the choices most accurately represents the patient's vital capacity? IRV:1725ml Vt:355ml FRC...

VC=IRV+VT+ERV correct answers True FRC=RV+IRV correct answers False (ERV) A normal adult will have a TLC of : correct answers 6000ml A patient has the lung volumes listed below: VC:3600ml FRC:6000ml ERV:1000ml what is the patients TLC? correct answers 8600ml FRC is represented by which of the following relationships? correct answers TLC-IC Based on the following lab data, which of the choices most accurately represents the patient's vital capacity? IRV:1725ml Vt:355ml FRC...

In which of the following conditions is total lung capacity (TLC) always reduced? correct answers restrictive lung disease The vital capacity includes: correct answers I. tidal volume II. inspiratory reserve volume III. expiratory reserve volume Which of the following provides the best information when determining obstructive disease? correct answers FEV1/FVC% In terms of other volumes and capacities, how can VC be defined? correct answers VT+IRV+ERV

MSF Exam 3 Practice TEST 2023 QUESTIONS AND CORRECT ANSWERS IC = VT + IRV Vd = VT ((paCO2 - PeCO2) / paCO2)) 3548 = VT + 3040 = 508 Vd = 508 ((40-30)/40) Vd = 127 Part 2: VA = (VT - Vd) x f VA = (508 - 127)15 VA = 5715 Part 3: VE = VT x f VE = 508 x 15 VE = 7620 Given a respiration rate of 15 breaths/min, an IRV of 3040 mL, an IC of 3548, a partial pressure of CO2 in inspired air of 30 mmHg, and a partial pressure of CO2 in arterial blood of 40 mmHg - calculate physiologic ...

In which of the following conditions is total lung capacity (TLC) always reduced? correct answers restrictive lung disease The vital capacity includes: correct answers I. tidal volume II. inspiratory reserve volume III. expiratory reserve volume Which of the following provides the best information when determining obstructive disease? correct answers FEV1/FVC% In terms of other volumes and capacities, how can VC be defined? correct answers VT+IRV+ERV What is the most common measure...

MSF Exam 3 Practice TEST 2023 QUESTIONS AND CORRECT ANSWERS IC = VT + IRV Vd = VT ((paCO2 - PeCO2) / paCO2)) 3548 = VT + 3040 = 508 Vd = 508 ((40-30)/40) Vd = 127 Part 2: VA = (VT - Vd) x f VA = (508 - 127)15 VA = 5715 Part 3: VE = VT x f VE = 508 x 15 VE = 7620 Given a respiration rate of 15 breaths/min, an IRV of 3040 mL, an IC of 3548, a partial pressure of CO2 in inspired air of 30 mmHg, and a partial pressure of CO2 in arterial blood of 40 mmHg - calculate physiologic ...

Normal pH - Answer- 7.35-7.45 Normal CO2 - Answer- 35-45 Normal HCO3 - Answer- 22-26 (good dating age) Normal PaO2 - Answer- 80-100 Normal SaO2 - Answer- > 95% Base (deficit/excess) - Answer- (-2) - (+2) Buffer systems: Bicarb reaction time - Answer- seconds Buffer systems: Lungs reaction time - Answer- minutes Buffer systems: Kidneys reaction time - Answer- hours to days Minute volume calculation - Answer- Tidal volume x respiratory rate pCO2 >45 - Answer- acidotic pCO2 <35 - Answer- a...

what are the three stages of respiration ventilation, gas exchange, O2 utilization dry air PO2 --> alveolar PO2 --> arterial PO2 --> Cellular PO2 --> venous PO2 149 mmHg --> 100 mmHg --> 100 mmHg --> 40 mmHg --> 40 mmHg cellular PCO2 --> venous PCO2 --> alveolar PCO2 --> dry air PCO2 --> arterial PCO2 46mmHg --> 46mmHg --> 40 mmHg --> 0.25mmHg --> 40mmHg compare type I and type II alveolar cells Type I = structural support, type II = surfactant ...

NR 601 PFT Quiz Latest Version with Verified Solutions Expiratory Reserve Volume (ERV) The maximum volume of air exhaled from end expiration. Inspiratory Reserve Volume (IRV) Maximum volume of air inhaled from end inspiration Residual Volume (RV) The volume of air remaining in lungs after maximum exhalation. Tidal Volume (VT or TV) Volume of air inhaled or exhaled during each respiratory cycle Functional Residual capacity (FRC) Volume of air in the lungs at rest end expiration Inspiratory C...