Answer 33. At body temperature, gas has a saturated capacity of about 44 mg of w

Question

Answer 33. At body temperature, gas has a saturated capacity of about 44 mg of water vapor per liter. If a gas has an absolute humidity of 22 mg/L, what is the relative humidity? Formula Solution Answer 34. What is the humidity deficit in Question 33? Formula Solution Answer 35. Convert a pressure reading of 10 millimeters of mercury (mm Hg) to centimeters of water (cm H20). Formula Solution Answer 29 opyright O 2017 Elsevier Inc. All rights reserved Chapter 6 Physical Principles of Respiratory Ca

Explanation / Answer

33ans-Relative humidity = absolute humidity / saturated capacity x 100

22 mg/lit / 44 X 100

2200/44= 50%

RH = 50%

34 ans-Humidity deficit = the amount of water vapor needed to achieve full saturation at body temperature (44 mg/l - A.H)

44 mg/l-Absolute humadity

44-22 = 22mg/lit

ans-35-1 millimeter of mercury is equal to 1.3595474272871 centimeters of water

so that 10 millimeter of mercury is equal to 13.595474272871 centimeters of water

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