Engineering, 30.04.2021 20:00 djs1002
- Input the input signal to the system that models the amount of amoxicillin in blood and interstitial fluid. Generate a discrete output signal to help you tell how the concentration changes as a function of time. It is recommended that you use units of [μg/mL] to perform this task. Consider the following values for the physiological constants:
k=1.12[h^-1]
V=42 000 [mL] (interstitial fluid and plasma volume in a 70 kg subject).
- Based on your analysis above determine in what time the maximum concentration of amoxicillin in the system is obtained. What is the maximum concentration?
note: V(dC/dt)=f(t)−kVC
Answers: 3
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Agas mixture consists of 8 kmol of h2 and 2 kmol of n2. determine the mass of each gas and the apparent gas constant of the mixture.
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Apiston-cylinder device contains 0.1 m3 of liquid water and 0.9 m3 of water vapor in equilibrium at 800 kpa. heat is transferred at constant pressure until the temperature of water reaches 350 °c. determine (a) the quality of water at the initial state (b) the work associated with this process, (c) the heat associated with this process.
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Amixture of slurry and mud is to be pumped through a horizontal pipe of diameter 500 mm. the fluid behaves as a bingham plastic with a yield stress of 30 pa and viscosity 0.04 pa.s. describe the effects of the shear stress through a transverse section of the pipe by plotting the variation in shear stress and velocity profile: (i) just before the slurry starts to move (ii) as the slurry flows when the pressure gradient is double that in part (i)
Answers: 3
- Input the input signal to the system that models the amount of amoxicillin in blood and interstiti...
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