The reason the elasticity and surface tension of the lungs do not cause the lungs to collapse between exhalation and inhalation is because the intrapulmonary pressure is higher than the atmospheric pressure the intrapleural pressure is less than the intrapulmonary pressure the intrapulmonary pressure is less than the atmospheric pressure the intrapleural pressure is greater than the atmospheric pressure more than one of the above
The reason the elasticity and surface tension of the lungs do not cause the lungs to collapse between exhalation and inhalation is because the intrapulmonary pressure is higher than the atmospheric pressure the intrapleural pressure is less than the intrapulmonary pressure the intrapulmonary pressure is less than the atmospheric pressure the intrapleural pressure is greater than the atmospheric pressure more than one of the above
Basic Clinical Lab Competencies for Respiratory Care: An Integrated Approach
5th Edition
ISBN:9781285244662
Author:White
Publisher:White
Chapter26: Advanced Modes Of Mechanical Ventilation
Section: Chapter Questions
Problem 8SEPT
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The reason the elasticity and surface tension of the lungs do not cause the lungs to collapse between exhalation and inhalation is because
the intrapulmonary pressure is higher than the atmospheric pressure
the intrapleural pressure is less than the intrapulmonary pressure
the intrapulmonary pressure is less than the atmospheric pressure
the intrapleural pressure is greater than the atmospheric pressure
more than one of the above
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