Response me. PROBLEM:1. PATIENT HAS A TIDAL VOLUME OF 800 ML. AND IS BREATHING AT 20 TIMES PERMINUTE. HER INSPIRATORY TIME IS 1.5 SECONDS AND THE EXPIRATIORY TIME IS 1.0SECONDS. THERE IS A .5 SECOND PAUSE BETWEEN THE END OF EXPIRATION AND THEBEGINNING OF INSPIRATION. IF SHE IS ON A NASAL CANNULA AT 4 LPM, WHAT IS HISAPPROXIMATE FIO2? ANS 33.25% or 33%

As we know The fraction of inspired oxygen, which denoted with a capital "I". It is also the molar…

Answered: esponse me.

Basic Clinical Lab Competencies for Respiratory Care: An Integrated Approach

5th Edition

ISBN:9781285244662

Author:White

Publisher:White

Chapter28: Weaning And Discontinuation Of Mechanical Ventilation

Section: Chapter Questions

Problem 8SEPT

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Assuming that pressure remains constant, if the radius of a bronchial airway through which gas glows at a rate of 400 L/min is reduced to one-half of its original size, the flow through the bronchial airway would change to A. 10 L/min. B. 25 L/min. C. 100 L/min. D. 200 L/min.
9. Which of the following forced expiratory measurements is a good index of the integrity of large airway function? A. FEVT B. FEF200-1200 C. FEF25%-75% D. MVV
If the radius of a bronchial airway, which has a driving pressure of 2 mm Hg, is reduced by 16 percent of its original size, what will be the new driving pressure required to maintain the same gas flow through the bronchial airway? A. 4 mm Hg B. 8 mm Hg C. 12 mm Hg D. 16 mm Hg
The total lung capacity is calculated using which of the following formulas? residual volume + tidal volume + inspiratory reserve volume residual volume + expiratory reserve volume + inspiratory reserve volume expiratory reserve volume + tidal volume + inspiratory reserve volume residual volume + expiratory reserve volume + tidal volume + inspiratory reserve volume
If the pressure in the pulmonary artery is 34 mm Hg and the pressure in the left atrium is 9 mm Hg, what is the driving pressure? A. 9 mm Hg B. 17 mm Hg C. 25 mm Hg D. 34 mm Hg
16. If a patient produces a flow rate of 5 L/sec during a forced exhalation by generating a transrespiratory pressure of 20 cm , what is the patient's ? A. B. C. D.
At rest, the normal pleural pressure change during quiet breathing is about A. 0-2 mm Hg. B. 2-4 mm Hg. C. 4-6 mm Hg. D. 6-8 mm Hg.
3. At sea level, a diver has the following: • Lung volume: 6 L • Pressure within the lungs: 755 mm Hg If this individual dives to a depth of 99 feet and compresses the lung volume to 2 L, what will be the pressure within the diver's lungs? A. 960 mm Hg B. 1420 mm Hg C. 1765 mm Hg D. 2265 mm Hg

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