The transport of a substance across a capillary wall in lung physiology has been modeled by the

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The transport of a substance across a capillary wall in lung physiology has been modeled by the differential equation dh/dt = - R/V (h/k + h) where h is the hormone concentration in the bloodstream, t is time, R is the maximum transport rate, V is the volume of the capillary, and is a positive constant that measures the affinity between the hormones and the enzymes that assist the process. Solve this differential equation to find a relationship between and h and t.
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