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Doubling the dose results in:

Calculate the volume of distribution (in liters) for a 50 mg dose of a drug with plasma protein binding of 25%, a fat to water distribution coefficient of 80 and the plasma to water distribution coefficient of 1.0 Drug Amount = Vfat*Cfat + Vplasma*Cplasma + VwaterCwater where the volume of fat, plasma, and water is 5L, 3L, and 40L respectively. Calculate your answer in liters (L) and supply the answer using just numerical digits (i.e. 123)

In Koehler’s direct matching-to-sample tasks on birds, it was found that some birds could match numbers as large as _____.​

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the supernatant of centrifuged whole blood to which an anticoagulant (EDTA or heparin) has been added defines

What is the relationship between the volume of distribution and the elimination rate constant?

If a 100 mg i.v. dose produced an 800 µg (microgram)/L plasma concentration (Cp,0), what concentration would result from a 200 mg dose? (1 mg = 1000 micrograms)

I would like 5 free points to start the exam.

After administration of a drug, the concentration is the same in every tissue.

For a very lipophilic drug what would you predict would happen to the volume of distribution in an obese individual as compared to a non-obese individual?