PO2 60mmHg PO2 80mmHg pN2 80mmHg pN2 60mmHg pCO2 40mmHg pCO2 40mmHg valve Consider the following two gas containers with equal volume: if the valve is opened and the gases allowed to mix, what will be the resulting partial pressures of each gas? pO2=80mmHg; pN2=80mmGh; pCO2=40mmHg -> pO2=(60mmHg+80mmHg)/2=70mmHg; pN2=(80mmHg+60mmHg)/2=70mmHg; pCO2=(40mmHg+40mmHg)/2=40mmHg pO2=60mmHg; pN2=60mmHg; pCO2=60mmHg pO2=60mmHg; pN2=60mmHg; pCO2=40mmHg
PO2 60mmHg PO2 80mmHg pN2 80mmHg pN2 60mmHg pCO2 40mmHg pCO2 40mmHg valve Consider the following two gas containers with equal volume: if the valve is opened and the gases allowed to mix, what will be the resulting partial pressures of each gas? pO2=80mmHg; pN2=80mmGh; pCO2=40mmHg -> pO2=(60mmHg+80mmHg)/2=70mmHg; pN2=(80mmHg+60mmHg)/2=70mmHg; pCO2=(40mmHg+40mmHg)/2=40mmHg pO2=60mmHg; pN2=60mmHg; pCO2=60mmHg pO2=60mmHg; pN2=60mmHg; pCO2=40mmHg
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![PO2
60mmHg PO2
80mmHg
pN2
80mmHg pN2
60mmHg
pCO2
40mmHg
pCO2
40mmHg
valve
Consider the following two gas containers with equal volume: if the valve is opened and
the gases allowed to mix, what will be the resulting partial pressures of each gas?
pO2=80mmHg; pN2=80mmGh; pCO2=40mmHg
-> pO2=(60mmHg+80mmHg)/2=70mmHg; pN2=(80mmHg+60mmHg)/2=70mmHg;
pCO2=(40mmHg+40mmHg)/2=40mmHg
pO2=60mmHg; pN2=60mmHg; pCO2=60mmHg
pO2=60mmHg; pN2=60mmHg; pCO2=40mmHg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3a5bea0-2765-455b-bb21-266e9090d218%2F18276ae1-b26e-46d6-8b12-5933038b6ab8%2Fcdjg1io_processed.png&w=3840&q=75)
Transcribed Image Text:PO2
60mmHg PO2
80mmHg
pN2
80mmHg pN2
60mmHg
pCO2
40mmHg
pCO2
40mmHg
valve
Consider the following two gas containers with equal volume: if the valve is opened and
the gases allowed to mix, what will be the resulting partial pressures of each gas?
pO2=80mmHg; pN2=80mmGh; pCO2=40mmHg
-> pO2=(60mmHg+80mmHg)/2=70mmHg; pN2=(80mmHg+60mmHg)/2=70mmHg;
pCO2=(40mmHg+40mmHg)/2=40mmHg
pO2=60mmHg; pN2=60mmHg; pCO2=60mmHg
pO2=60mmHg; pN2=60mmHg; pCO2=40mmHg
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