HomeCoursesMEDSCI 142: Organ SystemsLab 5 Lab 5 0% Question 1 of 51 What is Boyles law? What is Boyles law? Question 1 of 51Question 2 of 51 What is the most important muscle of inhalation? What is the most important muscle of inhalation? Question 2 of 51Question 3 of 51 What muscles assist inhalation? (3) + diaphragm. What muscles assist inhalation? (3) + diaphragm.Question 3 of 51Question 4 of 51 What muscles assist exhalation? (5) + diaphragm. What muscles assist exhalation? (5) + diaphragm.Question 4 of 51Question 5 of 51 What pressure is the intrapleural space at rest? What pressure is the intrapleural space at rest? Question 5 of 51Question 6 of 51 What pressure is the intrapleural space at inhalation? What pressure is the intrapleural space at inhalation? Question 6 of 51Question 7 of 51 How does the intrapleural pressure contribute to inhalation? How does the intrapleural pressure contribute to inhalation? Question 7 of 51Question 8 of 51 What is alveolar pressure at rest? What is alveolar pressure at rest? Question 8 of 51Question 9 of 51 What is alveolar pressure during inhalation? What is alveolar pressure during inhalation? Question 9 of 51Question 10 of 51 What is alveolar pressure during exhalation? What is alveolar pressure during exhalation? Question 10 of 51Question 11 of 51 What contributes to passive exhalation? (2) What contributes to passive exhalation? (2) Question 11 of 51Question 12 of 51 When does exhalation become active? (2) When does exhalation become active? (2) Question 12 of 51Question 13 of 51 When may intrapleural exceed P atmospheric? When may intrapleural exceed P atmospheric? Question 13 of 51Question 14 of 51 What three factors affect rate of air flow (ease of breathing)? (3) What three factors affect rate of air flow (ease of breathing)? (3) Question 14 of 51Question 15 of 51 What does surface tension do to alveoli to do? (No sense question?) What does surface tension do to alveoli to do? (No sense question?) Question 15 of 51Question 16 of 51 What factors are related to compliance? (2) What factors are related to compliance? (2) Question 16 of 51Question 17 of 51 What conditions cause decreased compliance? (4) What conditions cause decreased compliance? (4) Question 17 of 51Question 18 of 51 What does airflow depend upon? (2) What does airflow depend upon? (2) Question 18 of 51Question 19 of 51 What is the equation for air flow? What is the equation for air flow? Question 19 of 51Question 20 of 51 What happens to airway resistance during exhalation? What happens to airway resistance during exhalation? Question 20 of 51Question 21 of 51 Why? Why? Question 21 of 51Question 22 of 51 How is airway diameter regulated? How is airway diameter regulated? Question 22 of 51Question 23 of 51 What regulates smooth muscle diameter? What happens? What regulates smooth muscle diameter? What happens? Question 23 of 51Question 24 of 51 What is the hallmark of asthma or COD? What is the hallmark of asthma or COD? Question 24 of 51Question 25 of 51 What is tidal volume? What is tidal volume? Question 25 of 51Question 26 of 51 What is pulmonary ventilation? (MV) What is pulmonary ventilation? (MV) Question 26 of 51Question 27 of 51 How much of the tidal volume reaches the respiratory zone? (From 500 mls) How much of the tidal volume reaches the respiratory zone? (From 500 mls) Question 27 of 51Question 28 of 51 How much is dead space? How much is dead space? Question 28 of 51Question 29 of 51 What is the alveolar ventilation rate? What is the alveolar ventilation rate? Question 29 of 51Question 30 of 51 What factors affect lung volume? What factors affect lung volume? Question 30 of 51Question 31 of 51 What is normal inspiration > max inspiration? What is normal inspiration > max inspiration? Question 31 of 51Question 32 of 51 What is tidal volume + IRV? What is tidal volume + IRV? Question 32 of 51Question 33 of 51 What is resting expiration > max exhalation? = What is resting expiration > max exhalation? =Question 33 of 51Question 34 of 51 What is IRV + ERV + TV? = What is IRV + ERV + TV? =Question 34 of 51Question 35 of 51 What is the name for lung volume remaining after max expiration? = What is the name for lung volume remaining after max expiration? =Question 35 of 51Question 36 of 51 What is RV + ERV? = What is RV + ERV? =Question 36 of 51Question 37 of 51 What is FRC (ERV + RV) + IRC? = What is FRC (ERV + RV) + IRC? =Question 37 of 51Question 38 of 51 What is TLC – RV? = What is TLC – RV? =Question 38 of 51Question 39 of 51 What is IC + ERV? = What is IC + ERV? =Question 39 of 51Question 40 of 51 What is represented by the amount of max inhale and max exhale? = What is represented by the amount of max inhale and max exhale? =Question 40 of 51Question 41 of 51 What measures pressure in a lung model? = What measures pressure in a lung model? =Question 41 of 51Question 42 of 51 What is a hole in the chest wall / lung? = What is a hole in the chest wall / lung? =Question 42 of 51Question 43 of 51 What forces act upon the intrapleural space? = What forces act upon the intrapleural space? =Question 43 of 51Question 44 of 51 What do those forces create (at rest)? = What do those forces create (at rest)? =Question 44 of 51Question 45 of 51 What two things happen during pneumothorax? (2) = What two things happen during pneumothorax? (2) =Question 45 of 51Question 46 of 51 When does the intrapleural space exceed 1 ATM? = When does the intrapleural space exceed 1 ATM? =Question 46 of 51Question 47 of 51 What does a peak flow meter measure? = What does a peak flow meter measure? =Question 47 of 51Question 48 of 51 What does a vitalograph (dry spirometer) measure? (2) = What does a vitalograph (dry spirometer) measure? (2) =Question 48 of 51Question 49 of 51 What does a wet spirometer measure? (4) = What does a wet spirometer measure? (4) =Question 49 of 51Question 50 of 51 What can be calculated from these? = What can be calculated from these? =Question 50 of 51Question 51 of 51 What cannot be measured? (2) = What cannot be measured? (2) =Question 51 of 51 Loading...
