Using The Information Below Calculate The Oxygen Diffusion Driving Force Mmhg Which Is The Pressure Gradient That Dr 1 (31.07 KiB) Viewed 2 times
Using The Information Below Calculate The Oxygen Diffusion Driving Force Mmhg Which Is The Pressure Gradient That Dr 2 (25.58 KiB) Viewed 2 times
Using the information below, calculate the Oxygen Diffusion Driving Force (mmHg), which is the pressure gradient that drives O₂ out of the alveoli and into the blood (calculated as PAO2- PVO₂): . Barometric Pressure at Salt Lake City, UT 4,226 ft. (1,288 m)→ 657 mmHg . Estimated mixed-venous PO₂ of blood returning to the lungs after leaving the muscle (PvO₂) at rest, measured at Salt Lake City, UT: PvO₂ = 36 mmHg 90 mmHg 54 mmHla 36 mmHs 29 mmHg
Using the regional barometric pressure info. below, and being careful to consider the vapor pressure in saturated alveolar air, calculate the alveolar oxygen pressure (PAO₂) (mmHg) for the following location: Salt Lake City, UT- 4,226 ft. (1,288 m) → 657 mmHg 90 mmllg 16 mmHg 81 mmHg
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