the relationship between alveolar ventilation (ml/min), carbon dioxide production (ml/min), and partial pressure of carbon dioxide in the blood (mm hg) is written below. if the alveolar ventilation increases from 500 ml/min to 1,000 ml/min and carbon dioxide production remains constant, what would be the new value for the partial pressure of carbon dioxide in the blood (assuming a starting value of p)?

Partial pressure is defined as a gauge of the gas's molecules' thermodynamic activity. The partial pressure is equal to the total pressure multiply by the mole fraction of that gas or substance. It is very important for identifying the movement of the molecules.

The amount of entering or leaving the alveoli are known as alveolar ventilation. The partial pressure is very high in pulmonary capillaries and very low in alveoli for carbon dioxide.

The new value for the partial pressure of carbon dioxide in the blood

= (1000 - 500) / 0.8

= 625 mmHg

Thus, the new value for the partial pressure of carbon dioxide in the blood is 625 mmHg.

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