Henry's Law:
A. Pressure-volume law
B. under pressure gases dissolve in liquid
C. Partial pressure law
B. under pressure gases dissolve in liquid
Dalton's Law:
B. Partial pressure law
Boyle's Law:
A. Pressure Volume Law
Expiration can be passive or active.
A. True
B. False
A. true
Inspiration:
A. Passive
B. Active
C. Both
D. Neither
B. Active
What is Borh's effect?
A. the effect of temperature on breathing
B. the effect of O2 on pH
C. the effect of CO2 on pH
D. the effect of exercise on breathing
C. the effect of CO2 on pH
When pH is low and CO2 is high, what happens to O2 binding?
A. O2 binding to hemoglobin increases
B. O2 binding to hemoglobin decrease
C. Less O2 is available to cells
D. none of the above
B. O2 binding to hemoglobin decrease
Where do gas exchanges take place?
A. Alveoli
B. Capillary beds
C. Fenestrated capillaries
D. all of the above
A. Alveoli
What happens if you don't produce enough surfactant?
you go into respiratory distress
A single respiratory cycle consists of:
A. active and passive breathing
B. inspiration and expiration
C. costal and shallow breathing
D. a, b, and c are correct
B. inspiration and expiration
The absorption of oxygen and the release of carbon dioxide by cells is:
A. internal respiration
B. lung compliance
C. the respiratory rate
D. external respiration
A. internal repiration
What does O2 bind to?
A. the heme of the hemoglobin
B. the goblin of the hemoglobin
C. the white blood cells
D. all of the above
A. the heme of the hemoglobin
What is the trachea cartilage for?
to strengthen and protect the airway
Air moved in and out of lungs in one respiratory cycle is known as?
A. vital capacity
B. residual volume
C.Tidal volume
D. none of the above
C.Tidal volume
Carbon dioxide is transported via:
A. Carbonic acid
B. Bound to hemoglobin
C. Dissolved in plasma
D. all of the above