BMS 420 Exam 3 WITH CORRECT ACTUAL
QUESTIONS AND CORRECTLY WELL DEFINED
ANSWERS LATEST ALREADY GRADED A+
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Terms in this set (212)
primary fx of respiratory system provide o2 and remove co2 necessary to meet
metabolic needs of entire body
lungs receive how much of the CO 100
from the RV?
pulmonary structures receive blood systemic
from what circulation
, the respiratory circulation is in parallel (less resistance), low pressure, low velocity
parallel or series. why
the short distance between lungs and lower operating pressure
heart allows for
lower operating pressure allows for thin without rupturing
the blood-gas barrier to be
functional unit of the respiratory alveoli
system
blood flow through pulmonary sheet flow
capillaries is
Boyle's law at a constant temp, the volume of a given mass of
gas varies inversely to its pressure
significance of Boyle's law ventilation
ventilation: inspiration thoracic volume up, intrapulm pressure decreases
(inspiration)
Henry's law amount of gas in solution varies directly with the
partial pressure of gas over the solution
QUESTIONS AND CORRECTLY WELL DEFINED
ANSWERS LATEST ALREADY GRADED A+
Play your way to mastery with fun games
Match Blocks Charms NEW
Terms in this set (212)
primary fx of respiratory system provide o2 and remove co2 necessary to meet
metabolic needs of entire body
lungs receive how much of the CO 100
from the RV?
pulmonary structures receive blood systemic
from what circulation
, the respiratory circulation is in parallel (less resistance), low pressure, low velocity
parallel or series. why
the short distance between lungs and lower operating pressure
heart allows for
lower operating pressure allows for thin without rupturing
the blood-gas barrier to be
functional unit of the respiratory alveoli
system
blood flow through pulmonary sheet flow
capillaries is
Boyle's law at a constant temp, the volume of a given mass of
gas varies inversely to its pressure
significance of Boyle's law ventilation
ventilation: inspiration thoracic volume up, intrapulm pressure decreases
(inspiration)
Henry's law amount of gas in solution varies directly with the
partial pressure of gas over the solution
