Problem #2: One type of airway resistance in human lungs can be approximated using the equation [4 marks] R = IF where R is the
Problem #2: One type of airway resistance in human lungs can be approximated using the equation [4 marks] R = IF where R is the resistance, I is the length of the airway, " is the gas viscosity, and / is the radius of the airway. (a) True or False: If we consider R as a function of r, then the semi-log plot of R is linear. (b) True or False: If we consider R as a function of r, then the double-log plot of R is linear. (c) If 1 = 1 and n = 1.758, what is the instantaneous rate of change of A with respect to / when r = 2? Enter your answer manerically, rounded to 3 decimal places if rounding is required. Problem #2[a): |Select Problem #2[bj: Select Problem #2(c): Save Your work has been saved!_(Back to Admin Page)
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