Multiple Choice
In metabolic alkalosis without respiratory compensation
A) Increased plasm a pH reduces ventilatory drive from peripheral chem osensors
B) Decreased plasma [H+] stimulates respiration
C) Decreased plasma pH stimulates respiration
D) The increased plasma PCO2 inhibits respiration
E) Decreased plasma PO2 stimulates respiration
Correct Answer:

Verified
Correct Answer:
Verified
Q5: The DRG and VRG are both located
Q6: The major chem oreceptor for P<sub>aO2</sub> is
Q7: Inhibition of lung inflation by stretch receptors
Q8: Involuntary control of breathing originates in the<br>A)
Q9: Sensory information from the peripheral chemoreceptors travel
Q11: The dorsal respiratory group mainly<br>A) Excites inspiratory
Q12: The central chem oreceptors respond to<br>A) P<sub>CO2</sub>
Q13: In metabolic acidosis<br>A) Decreased plasma pH stimulates
Q14: Respiratory compensation for metabolic acidosis is incomplete
Q15: W hich muscle(s) are responsible for quiet